https://www.sciencephoto.com/media/711844/view/keck-telescope-laser-guide-star2018-10-02T00:06:23Z0.9K005/4448 Keck Telescope laser guide starK005/4448 Timelapse footage of a laser guide star at one of the Keck Telescopes on Mauna Kea, Hawai'i, USA. The Milky Way passes overhead during the observatory's work. A laser guide star is used to help mitigate the effects of a turbulent atmosphere on the telescope's resolving power. Turbulence leads to twinkling and blurring of the images of objects in space. The laser is fired through the same part of the atmosphere and its light causes high-altitude sodium atomse to glow brightly, providing a reference 'star'. By analysing how the light of this reference is distorted, the optical system in the telescope can adapt and compensate for the distortion, allowing much sharper images to be obtained.https://www.sciencephoto.com/image/711844/350wm/K0054448-Keck_Telescope_laser_guide_star-SPL.jpghttps://www.sciencephoto.com/image/711844/preview/K0054448-Keck_Telescope_laser_guide_star-SPL.mp437.152016-01-16Yesadaptive opticsairamericanastronomicalastronomyastrophysicalastrophysicsatmosphereatmosphericbeamcompensationcorrectiondarkdistortiondomedomesguide starhawai'ihawaiikecklasermauna keamilky waymountainnight skyobservatoryopticalphysicalphysicsreferencescienceseeinghttps://www.sciencephoto.com/media/712040/view/vorticella-light-microscopy2018-03-28T09:38:32Z0.9K005/3693 Vorticella, light microscopyK005/3693 Vorticella. Light microscope footage of a group of the ciliate protozoa Vorticella sp.. These filter-feeding freshwater protozoa each consists of a bell-shaped head and a contractile stalk that is anchored to the substrate. When disturbed, the stalk is contracted in a protective motion. Cilia (tiny hair-like structures) attached to the head are used to capture food and also for movement. Vorticella live in both marine and freshwater environments, and feed on microscopic algae, bacteria and other food in the water.https://www.sciencephoto.com/image/712040/350wm/K0053693-Vorticella,_light_microscopy-SPL.jpghttps://www.sciencephoto.com/image/712040/preview/K0053693-Vorticella,_light_microscopy-SPL.mp419.212016-01-21Yes10 seconds or greateralveolatabiologicalbiologycellchromalveolataciliaciliateciliophoraciliumclose upclose-upcolonycontractilecontractile vacuolecontractingcontractiondefensiveeukaryotaeukaryotefaunafeedingfilter feederfilter feedingfresh waterfreshwatergroupinternal structureinvertebrateinvertebrateslightlight microscopehttps://www.sciencephoto.com/media/712041/view/mosquito-larva-head2018-03-28T09:38:32Z0.9K005/3961 Mosquito larva headK005/3961 Mosquito larva. Light microscope footage of the head of a mosquito larva (family Culicidae), showing its mouth brushes (feathery, bottom centre) that are used for feeding. Mosquito larvae are aquatic and breathe through spiracles located on their abdomen, or through a siphon (breathing tube) on the end of their body. They feed on algae and other detritus suspended in the water.https://www.sciencephoto.com/image/712041/350wm/K0053961-Mosquito_larva_head-SPL.jpghttps://www.sciencephoto.com/image/712041/preview/K0053961-Mosquito_larva_head-SPL.mp428.242016-01-21Yes20 seconds or greateranatomicalanatomyanimalanimalsaquaticarthropodarthropodsbiologicalbiologyblack backgroundbrushesclose upclose-upculicidaedetailentomologicalentomologyeyehairhairsheadinsectinsectsinvertebrateinvertebrateslarvalarvaelarvallife stagelife-cyclelighthttps://www.sciencephoto.com/media/712042/view/mosquito-larvae-and-pupae2018-03-28T09:38:32Z0.9K005/3962 Mosquito larvae and pupaeK005/3962 Mosquito pupae and larvae. Light microscope footage of mosquito pupae (family Culicidae) at the surface of water, with mosquito larva feeding and swimming in the foreground. Mosquito larvae are aquatic and breathe through spiracles located on their abdomen, or through a siphon (breathing tube) on the end of the abdomen as seen here. They feed by wafting algae and other detritus suspended in the water into their mouths, using the beating hairs of their mouth brushes to create a current. After one to two weeks the larvae pupate. Each pupa has a fused head and thorax (cephalothorax) and segmented abdomen. After a few days, depending on the water temperature, the pupae rise to the surface of the water, their cephalothoraxes split and the adults emerge.https://www.sciencephoto.com/image/712042/350wm/K0053962-Mosquito_larvae_and_pupae-SPL.jpghttps://www.sciencephoto.com/image/712042/preview/K0053962-Mosquito_larvae_and_pupae-SPL.mp454.072016-01-21Yes50 seconds or greateranatomicalanatomyanimalanimalsaquaticarthropodarthropodsbiologicalbiologyblack backgroundbreathing tubebrushescephalothoraxclose upclose-upculicidaedetailentomologicalentomologyfeedingfloatinginsectinsectsinvertebrateinvertebrateslarvalarvaelarvallife cyclelife stagelife-cyclehttps://www.sciencephoto.com/media/712043/view/mosquito-larva-head2018-11-06T15:37:12Z0.9K005/3963 Mosquito larva headK005/3963 Mosquito larva. Light microscope footage of the head and thorax of a mosquito larva (family Culicidae). Mosquito larvae are aquatic and breathe through spiracles located on their abdomen, or through a siphon (breathing tube) on the end of their body. They feed by wafting food particles into their mouths using the beating hairs of their mouth brushes to create a current.https://www.sciencephoto.com/image/712043/350wm/K0053963-Mosquito_larva_head-SPL.jpghttps://www.sciencephoto.com/image/712043/preview/K0053963-Mosquito_larva_head-SPL.mp425.092016-01-21Yes20 seconds or greateranatomicalanatomyanimalanimalsaquaticarthropodarthropodsbiologicalbiologyblack backgroundbrushesclose upclose-upculicidaedetailentomologicalentomologyeyehairhairsheadinsectinsectsinternalinvertebrateinvertebrateslarvalarvaelarvallife stagelife-cyclehttps://www.sciencephoto.com/media/712044/view/mosquito-larvae-and-pupae2018-03-28T09:38:32Z0.9K005/3964 Mosquito larvae and pupaeK005/3964 Mosquito pupae and larvae. Light microscope footage of mosquito pupae (family Culicidae) at the surface of water, with mosquito larva feeding and swimming in the background. Mosquito larvae are aquatic and breathe through spiracles located on their abdomen, or through a siphon (breathing tube) on the end of the abdomen as seen here. They feed by wafting algae and other detritus suspended in the water into their mouths, using the beating hairs of their mouth brushes to create a current. After one to two weeks the larvae pupate. Each pupa has a fused head and thorax (cephalothorax) and segmented abdomen. After a few days, depending on the water temperature, the pupae rise to the surface of the water, their cephalothoraxes split and the adults emerge.https://www.sciencephoto.com/image/712044/350wm/K0053964-Mosquito_larvae_and_pupae-SPL.jpghttps://www.sciencephoto.com/image/712044/preview/K0053964-Mosquito_larvae_and_pupae-SPL.mp443.152016-01-21Yes40 seconds or greateranatomicalanatomyanimalanimalsaquaticarthropodarthropodsbiologicalbiologyblack backgroundbreathing tubebrushescephalothoraxclose upclose-upculicidaedetailentomologicalentomologyfeedingfloatinginsectinsectsinvertebrateinvertebrateslarvalarvaelarvallife cyclelife stagelife-cyclehttps://www.sciencephoto.com/media/712045/view/mosquito-pupa2018-03-28T09:38:32Z0.9K005/3965 Mosquito pupaK005/3965 Mosquito pupa. Light microscope footage of mosquito pupa (family Culicidae) at the surface of water. Mosquitoes lay their eggs in or near water. Each egg hatches into a larva which feeds on algae and other detritus suspended in the water, and after one to two weeks pupation occurs. The pupa has a fused head and thorax (cephalothorax) and segmented abdomen. It does not feed because its mouthparts are changing from the larval to the adult form. After a few days, depending on the water temperature, the pupa rise to the surface of the water, the cephalothorax splits and the adult emerges.https://www.sciencephoto.com/image/712045/350wm/K0053965-Mosquito_pupa-SPL.jpghttps://www.sciencephoto.com/image/712045/preview/K0053965-Mosquito_pupa-SPL.mp421.192016-01-21Yes20 seconds or greateranatomicalanatomyanimalanimalsaquaticarthropodarthropodsbiologicalbiologyblack backgroundbrushescephalothoraxclose upclose-upculicidaedetailentomologicalentomologyfloatinginsectinsectsinvertebrateinvertebrateslarvalarvaelarvallife stagelife-cyclelightlight microscopelight microscopyhttps://www.sciencephoto.com/media/712046/view/mosquito-larvae-and-pupae2018-03-28T09:38:32Z0.9K005/3966 Mosquito larvae and pupaeK005/3966 Mosquito pupae and larvae. Light microscope footage of mosquito pupae (family Culicidae) at the surface of water, with mosquito larva feeding and swimming in the foreground. Mosquito larvae are aquatic and breathe through spiracles located on their abdomen, or through a siphon (breathing tube) on the end of the abdomen as seen here. They feed by wafting algae and other detritus suspended in the water into their mouths, using the beating hairs of their mouth brushes to create a current. After one to two weeks the larvae pupate. Each pupa has a fused head and thorax (cephalothorax) and segmented abdomen. After a few days, depending on the water temperature, the pupae rise to the surface of the water, their cephalothoraxes split and the adults emerge.https://www.sciencephoto.com/image/712046/350wm/K0053966-Mosquito_larvae_and_pupae-SPL.jpghttps://www.sciencephoto.com/image/712046/preview/K0053966-Mosquito_larvae_and_pupae-SPL.mp438.152016-01-21Yes30 seconds or greateranatomicalanatomyanimalanimalsaquaticarthropodarthropodsbiologicalbiologyblack backgroundbreathing tubebrushescephalothoraxclose upclose-upculicidaedetailentomologicalentomologyfeedingfloatinginsectinsectsinvertebrateinvertebrateslarvalarvaelarvallife cyclelife stagelife-cyclehttps://www.sciencephoto.com/media/712047/view/anal-gills-of-a-mosquito-larva2018-03-28T09:38:32Z0.9K005/3967 Anal gills of a mosquito larvaK005/3967 Anal gills of a mosquito larva. Light microscope footage of the anal gills of a mosquito larva. Mosquito larvae are aquatic. The anal gills are structures found on the anal segment at the end of the larva's abdomen, and arise from a thin membrane around the anus. They are thought to be involved in osmoregulation, the maintenance of correct concentration of fluids and electrolytes.https://www.sciencephoto.com/image/712047/350wm/K0053967-Anal_gills_of_a_mosquito_larva-SPL.jpghttps://www.sciencephoto.com/image/712047/preview/K0053967-Anal_gills_of_a_mosquito_larva-SPL.mp436.192016-01-21Yes30 seconds or greaterabdomenabsorptionanal gillanal gillsanal segmentanatomicalanatomyanimalanimalsanusaquaticarthropodarthropodsbiologicalbiologyblack backgroundbrushesclose upclose-upculicidaedetailentomologicalentomologygillinsectinsectsinvertebrateinvertebrateslarvalarvaelarvalhttps://www.sciencephoto.com/media/712048/view/mosquito-larva-feeding2018-03-28T09:38:32Z0.9K005/3968 Mosquito larva feedingK005/3968 Mosquito larva feeding. Light microscope footage of the head of a mosquito larva (family Culicidae) as it feeds. The larva feeds by wafting food particles into its mouth using the beating hairs of its mouth brushes to create a current. Mosquito larvae are aquatic and breathe through spiracles located on their abdomen, or through a siphon (breathing tube) on the end of their body. They feed on algae and other detritus suspended in the water.https://www.sciencephoto.com/image/712048/350wm/K0053968-Mosquito_larva_feeding-SPL.jpghttps://www.sciencephoto.com/image/712048/preview/K0053968-Mosquito_larva_feeding-SPL.mp434.242016-01-21Yes30 seconds or greateranatomicalanatomyanimalanimalsaquaticarthropodarthropodsbiologicalbiologyblack backgroundbrushesclose upclose-upculicidaedetailentomologicalentomologyeyefeedinghairhairsheadinsectinsectsinvertebrateinvertebrateslarvalarvaelarvallife stagelife-cyclehttps://www.sciencephoto.com/media/712049/view/mosquito-larvae-feeding2018-03-28T09:38:32Z0.9K005/3969 Mosquito larvae feedingK005/3969 Mosquito larvae feeding. Light microscope footage of mosquito larvae (family Culicidae) feeding near the surface of water. Mosquito larvae are aquatic and breathe through spiracles located on their abdomen, or like these larvae, through a siphon (breathing tube) on the end of the abdomen. They feed by wafting algae and other detritus suspended in the water into their mouths, using the beating hairs of their mouth brushes to create a current.https://www.sciencephoto.com/image/712049/350wm/K0053969-Mosquito_larvae_feeding-SPL.jpghttps://www.sciencephoto.com/image/712049/preview/K0053969-Mosquito_larvae_feeding-SPL.mp415.12016-01-21Yes10 seconds or greateranatomicalanatomyanimalanimalsaquaticarthropodarthropodsbiologicalbiologyblack backgroundbreathing tubebrushescephalothoraxclose upclose-upculicidaedetailentomologicalentomologyfeedingfloatinggillinsectinsectsinvertebrateinvertebrateslarvalarvaelarvallife stagelife-cyclehttps://www.sciencephoto.com/media/712050/view/mosquito-larva-head2018-03-28T09:38:32Z0.9K005/3970 Mosquito larva headK005/3970 Mosquito larva. Light microscope footage of the head and thorax of a mosquito larva (family Culicidae). Mosquito larvae are aquatic and breathe through spiracles located on their abdomen, or through a siphon (breathing tube) on the end of their body. They feed by wafting food particles into their mouths using the beating hairs of their mouth brushes to create a current.https://www.sciencephoto.com/image/712050/350wm/K0053970-Mosquito_larva_head-SPL.jpghttps://www.sciencephoto.com/image/712050/preview/K0053970-Mosquito_larva_head-SPL.mp422.062016-01-21Yes20 seconds or greateranatomicalanatomyanimalanimalsaquaticarthropodarthropodsbiologicalbiologyblack backgroundbrushesclose upclose-upculicidaedetailentomologicalentomologyeyehairhairsheadinsectinsectsinternalinvertebrateinvertebrateslarvalarvaelarvallife stagelife-cyclehttps://www.sciencephoto.com/media/712051/view/mosquito-larva-feeding2018-03-28T09:38:32Z0.9K005/3971 Mosquito larva feedingK005/3971 Mosquito larva feeding. Light microscope footage of the head of a mosquito larva (family Culicidae) as it feeds. The larva feeds by wafting food particles into its mouth using the beating hairs of its mouth brushes to create a current. Mosquito larvae are aquatic and breathe through spiracles located on their abdomen, or through a siphon (breathing tube) on the end of their body. They feed on algae and other detritus suspended in the water.https://www.sciencephoto.com/image/712051/350wm/K0053971-Mosquito_larva_feeding-SPL.jpghttps://www.sciencephoto.com/image/712051/preview/K0053971-Mosquito_larva_feeding-SPL.mp413.192016-01-21Yes10 seconds or greateranatomicalanatomyanimalanimalsaquaticarthropodarthropodsbiologicalbiologyblack backgroundbrushesclose upclose-upculicidaedetailentomologicalentomologyeyefeedinghairhairsheadinsectinsectsinvertebrateinvertebrateslarvalarvaelarvallife stagelife-cyclehttps://www.sciencephoto.com/media/712052/view/mosquito-larva-feeding2018-03-28T09:38:32Z0.9K005/3972 Mosquito larva feedingK005/3972 Mosquito larva feeding. Light microscope footage of the head of a mosquito larva (family Culicidae) as it feeds. The larva feeds by wafting food particles into its mouth using the beating hairs of its mouth brushes to create a current. Mosquito larvae are aquatic and breathe through spiracles located on their abdomen, or through a siphon (breathing tube) on the end of their body. They feed on algae and other detritus suspended in the water.https://www.sciencephoto.com/image/712052/350wm/K0053972-Mosquito_larva_feeding-SPL.jpghttps://www.sciencephoto.com/image/712052/preview/K0053972-Mosquito_larva_feeding-SPL.mp419.152016-01-21Yes10 seconds or greateranatomicalanatomyanimalanimalsaquaticarthropodarthropodsbiologicalbiologyblack backgroundbrushesclose upclose-upculicidaedetailentomologicalentomologyeyefeedinghairhairsheadinsectinsectsinvertebrateinvertebrateslarvalarvaelarvallife stagelife-cyclehttps://www.sciencephoto.com/media/712053/view/mosquito-larva-feeding2018-03-28T09:38:32Z0.9K005/3973 Mosquito larva feedingK005/3973 Mosquito larva feeding. Light microscope footage of the head of a mosquito larva (family Culicidae) as it feeds. The larva feeds by wafting food particles into its mouth using the beating hairs of its mouth brushes to create a current. Mosquito larvae are aquatic and breathe through spiracles located on their abdomen, or through a siphon (breathing tube) on the end of their body. They feed on algae and other detritus suspended in the water.https://www.sciencephoto.com/image/712053/350wm/K0053973-Mosquito_larva_feeding-SPL.jpghttps://www.sciencephoto.com/image/712053/preview/K0053973-Mosquito_larva_feeding-SPL.mp416.142016-01-21Yes10 seconds or greateranatomicalanatomyanimalanimalsaquaticarthropodarthropodsbiologicalbiologyblack backgroundbrushesclose upclose-upculicidaedetailentomologicalentomologyeyefeedinghairhairsheadinsectinsectsinvertebrateinvertebrateslarvalarvaelarvallife stagelife-cyclehttps://www.sciencephoto.com/media/712054/view/mosquito-larva-feeding2018-11-06T15:32:26Z0.9K005/3974 Mosquito larva feedingK005/3974 Mosquito larva feeding. Light microscope footage of the head of a mosquito larva (family Culicidae) as it feeds. The larva feeds by wafting food particles into its mouth using the beating hairs of its mouth brushes to create a current. Mosquito larvae are aquatic and breathe through spiracles located on their abdomen, or through a siphon (breathing tube) on the end of their body. They feed on algae and other detritus suspended in the water.https://www.sciencephoto.com/image/712054/350wm/K0053974-Mosquito_larva_feeding-SPL.jpghttps://www.sciencephoto.com/image/712054/preview/K0053974-Mosquito_larva_feeding-SPL.mp410.032016-01-21Yes10 seconds or greateranatomicalanatomyanimalanimalsaquaticarthropodarthropodsbiologicalbiologybrushesclose upclose-upculicidaedetailentomologicalentomologyeyefeedinggrey backgroundhairhairsheadinsectinsectsinvertebrateinvertebrateslarvalarvaelarvallife stagelife-cyclehttps://www.sciencephoto.com/media/712055/view/mosquito-larva-feeding2018-03-28T09:38:32Z0.9K005/3975 Mosquito larva feedingK005/3975 Mosquito larva feeding. Light microscope footage of the head of a mosquito larva (family Culicidae) as it feeds. The larva feeds by wafting food particles into its mouth using the beating hairs of its mouth brushes to create a current. Mosquito larvae are aquatic and breathe through spiracles located on their abdomen, or through a siphon (breathing tube) on the end of their body. They feed on algae and other detritus suspended in the water.https://www.sciencephoto.com/image/712055/350wm/K0053975-Mosquito_larva_feeding-SPL.jpghttps://www.sciencephoto.com/image/712055/preview/K0053975-Mosquito_larva_feeding-SPL.mp4462016-01-21Yes40 seconds or greateranatomicalanatomyanimalanimalsaquaticarthropodarthropodsbiologicalbiologyblack backgroundbrushesclose upclose-upculicidaedetailentomologicalentomologyeyefaunafeedinghairhairsheadinsectinsectsinvertebrateinvertebrateslarvalarvaelarvallife stagehttps://www.sciencephoto.com/media/712056/view/mosquito-larvae-and-pupae2018-03-28T09:38:32Z0.9K005/3976 Mosquito larvae and pupaeK005/3976 Mosquito pupae and larvae. Light micrograph of two mosquito pupae (family Culicidae) at the surface of water, with mosquito larva in the foreground. Mosquito larvae are aquatic and breathe through spiracles located on their abdomen, or through a siphon (breathing tube) on the end of the abdomen as seen here. They feed on algae and other detritus suspended in the water for one to two weeks, and then pupate. Each pupa has a fused head and thorax (cephalothorax) and segmented abdomen. After a few days, depending on the water temperature, the pupa rises to the surface of the water, the cephalothorax splits and the adult emerges.https://www.sciencephoto.com/image/712056/350wm/K0053976-Mosquito_larvae_and_pupae-SPL.jpghttps://www.sciencephoto.com/image/712056/preview/K0053976-Mosquito_larvae_and_pupae-SPL.mp460.162016-01-21Yes1 minute or greater2air tubeanatomicalanatomyanimalanimalsaquaticarthropodarthropodsbiologicalbiologyblack backgroundbreathingbreathing tubebrushescephalothoraxclose upclose-upculicidaedetailentomologicalentomologyfloatinginsectinsectsinvertebrateinvertebrateslarvalarvaelarvallife stagehttps://www.sciencephoto.com/media/712057/view/anal-gills-of-a-mosquito-larva2018-03-28T09:38:32Z0.9K005/3977 Anal gills of a mosquito larvaK005/3977 Anal gills of a mosquito larva. Light microscope footage of the anal gills of a mosquito larva. In the foreground are abdominal segments of another larva. Mosquito larvae are aquatic. The anal gills are structures found on the anal segment at the end of the larva's abdomen, and arise from a thin membrane around the anus. They are thought to be involved in osmoregulation, the maintenance of correct concentration of fluids and electrolytes.https://www.sciencephoto.com/image/712057/350wm/K0053977-Anal_gills_of_a_mosquito_larva-SPL.jpghttps://www.sciencephoto.com/image/712057/preview/K0053977-Anal_gills_of_a_mosquito_larva-SPL.mp441.232016-01-21Yes40 seconds or greaterabdomenabsorptionanal gillanal gillsanal segmentanatomicalanatomyanimalanimalsanusaquaticarthropodarthropodsbiologicalbiologyblack backgroundbrushesclose upclose-upculicidaedetailentomologicalentomologygillinsectinsectsinvertebrateinvertebrateslarvalarvaelarvalhttps://www.sciencephoto.com/media/712058/view/mosquito-larva-internal-organs2018-03-28T09:38:32Z0.9K005/3978 Mosquito larva internal organsK005/3978 Mosquito larva. Light microscope footage of internal organs of a mosquito larva (family Culicidae). Mosquito larvae are aquatic and breathe through spiracles located on their abdomen, or through a siphon (breathing tube) on the end of their body. They feed on algae and other detritus suspended in the water.https://www.sciencephoto.com/image/712058/350wm/K0053978-Mosquito_larva_internal_organs-SPL.jpghttps://www.sciencephoto.com/image/712058/preview/K0053978-Mosquito_larva_internal_organs-SPL.mp415.012016-01-21Yes10 seconds or greateranatomicalanatomyanimalanimalsaquaticarthropodarthropodsbeatingbiologicalbiologycirculationclose upclose-upculicidaedetailentomologicalentomologyhaemolymphinsectinsectsinternalinvertebrateinvertebrateslarvalarvaelarvallife stagelife-cyclelightlight microscopelight microscopyhttps://www.sciencephoto.com/media/712059/view/mosquito-larva-head2018-03-28T09:38:32Z0.9K005/3979 Mosquito larva headK005/3979 Mosquito larva. Light microscope footage of the head and thorax of a mosquito larva (family Culicidae). Mosquito larvae are aquatic and breathe through spiracles located on their abdomen, or through a siphon (breathing tube) on the end of their body. They feed by wafting food particles into their mouths using the beating hairs of their mouth brushes to create a current.https://www.sciencephoto.com/image/712059/350wm/K0053979-Mosquito_larva_head-SPL.jpghttps://www.sciencephoto.com/image/712059/preview/K0053979-Mosquito_larva_head-SPL.mp437.122016-01-21Yes30 seconds or greateranatomicalanatomyanimalanimalsaquaticarthropodarthropodsbiologicalbiologyblack backgroundbrushesclose upclose-upculicidaedetailentomologicalentomologyeyehairhairsheadinsectinsectsinternalinvertebrateinvertebrateslarvalarvaelarvallife stagelife-cyclehttps://www.sciencephoto.com/media/712060/view/mosquito-larva-feeding2018-03-28T09:38:32Z0.9K005/3980 Mosquito larva feedingK005/3980 Mosquito larva feeding. Light microscope footage of the head of a mosquito larva (family Culicidae) as it feeds. The larva feeds by wafting food particles into its mouth using the beating hairs of its mouth brushes to create a current. Mosquito larvae are aquatic and breathe through spiracles located on their abdomen, or through a siphon (breathing tube) on the end of their body. They feed on algae and other detritus suspended in the water.https://www.sciencephoto.com/image/712060/350wm/K0053980-Mosquito_larva_feeding-SPL.jpghttps://www.sciencephoto.com/image/712060/preview/K0053980-Mosquito_larva_feeding-SPL.mp441.062016-01-21Yes40 seconds or greateranatomicalanatomyanimalanimalsantennaantennaeaquaticarthropodarthropodsbiologicalbiologyblack backgroundbrushesclose upclose-upculicidaedetailentomologicalentomologyeyefeedinghairhairsheadinsectinsectsinvertebrateinvertebrateslarvalarvaelarvalhttps://www.sciencephoto.com/media/712061/view/mosquito-larva-internal-organs2018-03-28T09:38:32Z0.9K005/3981 Mosquito larva internal organsK005/3981 Mosquito larva. Light microscope footage of internal organs of a mosquito larva (family Culicidae). Mosquito larvae are aquatic and breathe through spiracles located on their abdomen, or through a siphon (breathing tube) on the end of their body. They feed on algae and other detritus suspended in the water.https://www.sciencephoto.com/image/712061/350wm/K0053981-Mosquito_larva_internal_organs-SPL.jpghttps://www.sciencephoto.com/image/712061/preview/K0053981-Mosquito_larva_internal_organs-SPL.mp418.212016-01-21Yes10 seconds or greateranatomicalanatomyanimalanimalsaquaticarthropodarthropodsbeatingbiologicalbiologycirculationclose upclose-upculicidaedetailentomologicalentomologyhaemolymphinsectinsectsinternalinvertebrateinvertebrateslarvalarvaelarvallife stagelife-cyclelightlight microscopelight microscopyhttps://www.sciencephoto.com/media/712062/view/mosquito-larva-feeding2018-03-28T09:38:32Z0.9K005/3982 Mosquito larva feedingK005/3982 Mosquito larva feeding. Light microscope footage of the head and thorax of a mosquito larva (family Culicidae) as it feeds. The larva feeds by wafting food particles into its mouth using the beating hairs of its mouth brushes to create a current. Mosquito larvae are aquatic and breathe through spiracles located on their abdomen, or through a siphon (breathing tube) on the end of their body. They feed on algae and other detritus suspended in the water.https://www.sciencephoto.com/image/712062/350wm/K0053982-Mosquito_larva_feeding-SPL.jpghttps://www.sciencephoto.com/image/712062/preview/K0053982-Mosquito_larva_feeding-SPL.mp426.242016-01-21Yes20 seconds or greateranatomicalanatomyanimalanimalsantennaantennaeaquaticarthropodarthropodsbiologicalbiologyblack backgroundbrushesclose upclose-upculicidaedetailentomologicalentomologyfeedinghairhairsheadinsectinsectsinvertebrateinvertebrateslarvalarvaelarvallife stagehttps://www.sciencephoto.com/media/712063/view/mosquito-larva-head2018-03-28T09:38:32Z0.9K005/3983 Mosquito larva headK005/3983 Mosquito larva. Light microscope footage of the head of a mosquito larva (family Culicidae). The larva feeds by wafting food particles into its mouth using beating hairs of its mouth brushes to create a current. Mosquito larvae are aquatic and breathe through spiracles located on their abdomen, or through a siphon (breathing tube) on the end of their body. They feed on algae and other detritus suspended in the water.https://www.sciencephoto.com/image/712063/350wm/K0053983-Mosquito_larva_head-SPL.jpghttps://www.sciencephoto.com/image/712063/preview/K0053983-Mosquito_larva_head-SPL.mp439.232016-01-21Yes30 seconds or greateranatomicalanatomyanimalanimalsantennaantennaeaquaticarthropodarthropodsbiologicalbiologyblack backgroundbrushesclose upclose-upculicidaedetailentomologicalentomologyeyehairhairsheadinsectinsectsinvertebrateinvertebrateslarvalarvaelarvallife stagehttps://www.sciencephoto.com/media/712064/view/mosquito-larvae-feeding2018-03-28T09:38:32Z0.9K005/3984 Mosquito larvae feedingK005/3984 Mosquito larvae feeding. Light microscope footage of mosquito larvae (family Culicidae) feeding near the surface of water. Mosquito larvae are aquatic and breathe through spiracles located on their abdomen, or like these larvae, through a siphon (breathing tube) on the end of the abdomen. They feed by wafting algae and other detritus suspended in the water into their mouths, using the beating hairs of their mouth brushes to create a current. On the anal segment at the end of the abdomen, arising from a thin membrane around the anus, are the anal gills. They are thought to be involved in osmoregulation, the maintenance of correct concentration of fluids and electrolytes.https://www.sciencephoto.com/image/712064/350wm/K0053984-Mosquito_larvae_feeding-SPL.jpghttps://www.sciencephoto.com/image/712064/preview/K0053984-Mosquito_larvae_feeding-SPL.mp440.12016-01-21Yes40 seconds or greateranalanal gillsanatomicalanatomyanimalanimalsaquaticarthropodarthropodsbiologicalbiologyblack backgroundbreathing tubebrushescephalothoraxclose upclose-upculicidaedetailentomologicalentomologyfeedingfloatinggillinsectinsectsinvertebrateinvertebrateslarvalarvaelarvalhttps://www.sciencephoto.com/media/712065/view/mosquito-larva2018-03-28T09:38:32Z0.9K005/3985 Mosquito larvaK005/3985 Mosquito larva. Light microscope footage of the internal structures of the thorax of a mosquito larva (family Culicidae). Mosquito larvae are aquatic and breathe through spiracles located on their abdomen, or through a siphon (breathing tube) on the end of their body. The air is conducted to the tissues via a system of tracheal tubes.https://www.sciencephoto.com/image/712065/350wm/K0053985-Mosquito_larva-SPL.jpghttps://www.sciencephoto.com/image/712065/preview/K0053985-Mosquito_larva-SPL.mp427.052016-01-21Yes20 seconds or greaterairanatomicalanatomyanimalanimalsaquaticarthropodarthropodsbiologicalbiologyclose upclose-upculicidaedetailentomologicalentomologyinsectinsectsinternalinvertebrateinvertebrateslarvalarvaelarvallife stagelife-cyclelightlight microscopelight microscopylmmicrobehttps://www.sciencephoto.com/media/712066/view/mosquito-larvae-and-pupae2018-11-06T15:38:17Z0.9K005/3986 Mosquito larvae and pupaeK005/3986 Mosquito pupae and larvae. Light microscope footage of mosquito pupae (family Culicidae) at the surface of water (background), with mosquito larva feeding and swimming in the foreground. Mosquito larvae are aquatic and breathe through spiracles located on their abdomen, or through a siphon (breathing tube) on the end of the abdomen as seen here. They feed by wafting algae and other detritus suspended in the water into their mouths, using the beating hairs of their mouth brushes to create a current. After one to two weeks the larvae pupate. Each pupa has a fused head and thorax (cephalothorax) and segmented abdomen. After a few days, depending on the water temperature, the pupae rise to the surface of the water, their cephalothoraxes split and the adults emerge.https://www.sciencephoto.com/image/712066/350wm/K0053986-Mosquito_larvae_and_pupae-SPL.jpghttps://www.sciencephoto.com/image/712066/preview/K0053986-Mosquito_larvae_and_pupae-SPL.mp450.032016-01-21Yes50 seconds or greateranatomicalanatomyanimalanimalsaquaticarthropodarthropodsbiologicalbiologyblack backgroundbreathing tubebrushescephalothoraxclose upclose-upculicidaedetailentomologicalentomologyfeedingfloatinginsectinsectsinvertebrateinvertebrateslarvalarvaelarvallife cyclelife stagelife-cyclehttps://www.sciencephoto.com/media/712067/view/mosquito-larva-head2018-03-28T09:38:32Z0.9K005/3987 Mosquito larva headK005/3987 Mosquito larva. Light microscope footage of the head of a mosquito larva (family Culicidae). The larva feeds by wafting food particles into its mouth using beating hairs of its mouth brushes to create a current. Mosquito larvae are aquatic and breathe through spiracles located on their abdomen, or through a siphon (breathing tube) on the end of their body. They feed on algae and other detritus suspended in the water.https://www.sciencephoto.com/image/712067/350wm/K0053987-Mosquito_larva_head-SPL.jpghttps://www.sciencephoto.com/image/712067/preview/K0053987-Mosquito_larva_head-SPL.mp441.022016-01-21Yes40 seconds or greateranatomicalanatomyanimalanimalsaquaticarthropodarthropodsbiologicalbiologyblack backgroundbrushesclose upclose-upculicidaedetailentomologicalentomologyeyehairhairsheadinsectinsectsinvertebrateinvertebrateslarvalarvaelarvallife stagelife-cyclelighthttps://www.sciencephoto.com/media/712068/view/mosquito-larva-head2018-03-28T09:38:32Z0.9K005/3988 Mosquito larva headK005/3988 Mosquito larva. Light microscope footage of the head of a mosquito larva (family Culicidae). Mosquito larvae are aquatic and breathe through spiracles located on their abdomen, or through a siphon (breathing tube) on the end of their body. They feed on algae and other detritus suspended in the water.https://www.sciencephoto.com/image/712068/350wm/K0053988-Mosquito_larva_head-SPL.jpghttps://www.sciencephoto.com/image/712068/preview/K0053988-Mosquito_larva_head-SPL.mp426.22016-01-21Yes20 seconds or greateranatomicalanatomyanimalanimalsaquaticarthropodarthropodsbiologicalbiologyblack backgroundbrushesclose upclose-upculicidaedetailentomologicalentomologyeyehairhairsheadinsectinsectsinvertebrateinvertebrateslarvalarvaelarvallife stagelife-cyclelighthttps://www.sciencephoto.com/media/712069/view/mosquito-larva-feeding2018-03-28T09:38:32Z0.9K005/3989 Mosquito larva feedingK005/3989 Mosquito larva feeding. Light microscope footage of the head and thorax of a mosquito larva (family Culicidae) as it feeds. The larva feeds by wafting food particles into its mouth using the beating hairs of its mouth brushes to create a current. Mosquito larvae are aquatic and breathe through spiracles located on their abdomen, or through a siphon (breathing tube) on the end of their body. They feed on algae and other detritus suspended in the water.https://www.sciencephoto.com/image/712069/350wm/K0053989-Mosquito_larva_feeding-SPL.jpghttps://www.sciencephoto.com/image/712069/preview/K0053989-Mosquito_larva_feeding-SPL.mp436.22016-01-21Yes30 seconds or greateranatomicalanatomyanimalanimalsantennaantennaeaquaticarthropodarthropodsbiologicalbiologyblack backgroundbrushesclose upclose-upcropculicidaedetailentomologicalentomologyeyefeedingguthairhairsheadinsectinsectsinvertebrateinvertebrateslarvahttps://www.sciencephoto.com/media/712070/view/mosquito-larvae-head-and-thorax2018-03-28T09:38:32Z0.9K005/3990 Mosquito larvae head and thoraxK005/3990 Mosquito larva. Light microscope footage of the head and thorax of a mosquito larva (family Culicidae). Mosquito larvae are aquatic and breathe through spiracles located on their abdomen, or through a siphon (breathing tube) on the end of their body. They feed on algae and other detritus suspended in the water.https://www.sciencephoto.com/image/712070/350wm/K0053990-Mosquito_larvae_head_and_thorax-SPL.jpghttps://www.sciencephoto.com/image/712070/preview/K0053990-Mosquito_larvae_head_and_thorax-SPL.mp446.12016-01-21Yes40 seconds or greateranatomicalanatomyanimalanimalsantennaantennaeaquaticarthropodarthropodsbiologicalbiologyblack backgroundbrushesclose upclose-upculicidaedetailentomologicalentomologyeyehairhairsheadinsectinsectsinvertebrateinvertebrateslarvalarvaelarvallife stagehttps://www.sciencephoto.com/media/712071/view/mosquito-larva-feeding2018-03-28T09:38:32Z0.9K005/3991 Mosquito larva feedingK005/3991 Mosquito larva feeding. Light microscope footage of the head of a mosquito larva (family Culicidae) as it feeds. The larva feeds by wafting food particles into its mouth using the beating hairs of its mouth brushes to create a current. Mosquito larvae are aquatic and breathe through spiracles located on their abdomen, or through a siphon (breathing tube) on the end of their body. They feed on algae and other detritus suspended in the water.https://www.sciencephoto.com/image/712071/350wm/K0053991-Mosquito_larva_feeding-SPL.jpghttps://www.sciencephoto.com/image/712071/preview/K0053991-Mosquito_larva_feeding-SPL.mp431.152016-01-21Yes30 seconds or greateranatomicalanatomyanimalanimalsaquaticarthropodarthropodsbiologicalbiologyblack backgroundbrushesclose upclose-upculicidaedetailentomologicalentomologyeyefeedinghairhairsheadinsectinsectsinvertebrateinvertebrateslarvalarvaelarvallife stagelife-cyclehttps://www.sciencephoto.com/media/712072/view/mosquito-larvae-and-pupae2018-11-06T15:38:06Z0.9K005/3992 Mosquito larvae and pupaeK005/3992 Mosquito pupae and larvae. Light microscope footage of mosquito pupae (family Culicidae) at the surface of water, with mosquito larva feeding and swimming in the foreground. Mosquito larvae are aquatic and breathe through spiracles located on their abdomen, or through a siphon (breathing tube) on the end of the abdomen as seen here. They feed by wafting algae and other detritus suspended in the water into their mouths, using the beating hairs of their mouth brushes to create a current. After one to two weeks the larvae pupate. Each pupa has a fused head and thorax (cephalothorax) and segmented abdomen. After a few days, depending on the water temperature, the pupae rise to the surface of the water, their cephalothoraxes split and the adults emerge.https://www.sciencephoto.com/image/712072/350wm/K0053992-Mosquito_larvae_and_pupae-SPL.jpghttps://www.sciencephoto.com/image/712072/preview/K0053992-Mosquito_larvae_and_pupae-SPL.mp4392016-01-21Yes30 seconds or greateranatomicalanatomyanimalanimalsaquaticarthropodarthropodsbiologicalbiologyblack backgroundbreathing tubebrushescephalothoraxclose upclose-upculicidaedetailentomologicalentomologyfeedingfloatinginsectinsectsinvertebrateinvertebrateslarvalarvaelarvallife cyclelife stagelife-cyclehttps://www.sciencephoto.com/media/712073/view/mosquito-pupa2018-03-28T09:38:32Z0.9K005/3993 Mosquito pupaK005/3993 Mosquito pupa. Light microscope footage of mosquito pupa (family Culicidae) at the surface of water. Mosquitoes lay their eggs in or near water. Each egg hatches into a larva which feeds on algae and other detritus suspended in the water, and after one to two weeks pupation occurs. The pupa has a fused head and thorax (cephalothorax) and segmented abdomen. It does not feed because its mouthparts are changing from the larval to the adult form. After a few days, depending on the water temperature, the pupa rise to the surface of the water, the cephalothorax splits and the adult emerges.https://www.sciencephoto.com/image/712073/350wm/K0053993-Mosquito_pupa-SPL.jpghttps://www.sciencephoto.com/image/712073/preview/K0053993-Mosquito_pupa-SPL.mp427.062016-01-21Yes120 seconds or greateranatomicalanatomyanimalanimalsaquaticarthropodarthropodsbiologicalbiologyblack backgroundbrushescephalothoraxclose upclose-upculicidaedetailentomologicalentomologyfloatinginsectinsectsinvertebrateinvertebrateslarvalarvaelarvallife stagelife-cyclelightlight microscopehttps://www.sciencephoto.com/media/712074/view/mosquito-larva-siphon2018-03-28T09:38:32Z0.9K005/3994 Mosquito larva siphonK005/3994 Mosquito larva siphon. Light microscope footage of the siphon (breathing tube) of a mosquito larva (family Culicidae). Mosquito larvae are aquatic and breathe through spiracles located on their abdomen, or through a siphon located on the end of the abdomen as seen here. Air from above the water surface is conducted through the siphon to a respiratory system of tracheal tubes. These vessels permeate the tissues allowing diffusion of oxygen, carbon dioxide and water.https://www.sciencephoto.com/image/712074/350wm/K0053994-Mosquito_larva_siphon-SPL.jpghttps://www.sciencephoto.com/image/712074/preview/K0053994-Mosquito_larva_siphon-SPL.mp418.142016-01-21Yes10 seconds or greaterair tubeanatomicalanatomyanimalanimalsaquaticarthropodarthropodsbiologicalbiologyblack backgroundbreathing tubebrushesclose upclose-upculicidaedetailentomologicalentomologygaseous exchangeinsectinsectsinvertebrateinvertebrateslarvalarvaelarvallife stagelife-cyclelightlight microscopehttps://www.sciencephoto.com/media/712075/view/mosquito-larva-abdominal-segments2018-03-28T09:38:32Z0.9K005/3995 Mosquito larva abdominal segmentsK005/3995 Mosquito larva abdomen. Light microscope footage of the internal structures of the abdomen of a mosquito larva (family Culicidae). Mosquito larvae are aquatic and breathe through a respiratory system of tracheal tubes. These open to the air via spiracles located on their abdomen, or a siphon located on the end of the abdomen.https://www.sciencephoto.com/image/712075/350wm/K0053995-Mosquito_larva_abdominal_segments-SPL.jpghttps://www.sciencephoto.com/image/712075/preview/K0053995-Mosquito_larva_abdominal_segments-SPL.mp421.012016-01-21Yes20 seconds or greaterabdomenabdominalanatomicalanatomyanimalanimalsaquaticarthropodarthropodsbeatingbiologicalbiologyclose upclose-upculicidaedetailentomologicalentomologyinsectinsectsinternalinvertebrateinvertebrateslarvalarvaelarvallife stagelife-cyclelightlight microscopelight microscopyhttps://www.sciencephoto.com/media/712076/view/mosquito-larvae-feeding2018-03-28T09:38:32Z0.9K005/3996 Mosquito larvae feedingK005/3996 Mosquito larvae feeding. Light microscope footage of mosquito larvae (family Culicidae) feeding near the surface of water. Mosquito larvae are aquatic and breathe through spiracles located on their abdomen, or like these larvae, through a siphon (breathing tube) on the end of the abdomen. They feed by wafting algae and other detritus suspended in the water into their mouths, using the beating hairs of their mouth brushes to create a current.https://www.sciencephoto.com/image/712076/350wm/K0053996-Mosquito_larvae_feeding-SPL.jpghttps://www.sciencephoto.com/image/712076/preview/K0053996-Mosquito_larvae_feeding-SPL.mp449.212016-01-21Yes40 seconds or greateranatomicalanatomyanimalanimalsaquaticarthropodarthropodsbiologicalbiologyblack backgroundbreathing tubebrushescephalothoraxclose upclose-upculicidaedetailentomologicalentomologyfeedingfloatinggillinsectinsectsinvertebrateinvertebrateslarvalarvaelarvallife stagelife-cyclehttps://www.sciencephoto.com/media/712077/view/mosquito-pupa2018-03-28T09:38:32Z0.9K005/3997 Mosquito pupaK005/3997 Mosquito pupa. Light microscope footage of a mosquito pupa(family Culicidae). The pupa has a fused head and thorax (cephalothorax) and segmented abdomen. It does not feed because its mouthparts are changing from the larval to the adult form. After a few days, depending on the water temperature, the pupa rise to the surface of the water, the cephalothorax splits and the adult emerges.https://www.sciencephoto.com/image/712077/350wm/K0053997-Mosquito_pupa-SPL.jpghttps://www.sciencephoto.com/image/712077/preview/K0053997-Mosquito_pupa-SPL.mp435.012016-01-21Yes30 seconds or greateranatomicalanatomyanimalanimalsantennaantennaeaquaticarthropodarthropodsbiologicalbiologyblack backgroundcephalothoraxclose upclose-upculicidaedetailentomologicalentomologyeyehairhairsheadinsectinsectsinvertebrateinvertebrateslife stagelife-cyclelightlight microscopehttps://www.sciencephoto.com/media/712078/view/water-snail-with-beating-heart2018-03-28T09:38:32Z0.9K005/3998 Water snail with beating heartK005/3998 Water snail with beating heart. Light microscope footage of a water snail. Its transparent shell reveals its internal structure, and the beating heart can be seen upper right.https://www.sciencephoto.com/image/712078/350wm/K0053998-Water_snail_with_beating_heart-SPL.jpghttps://www.sciencephoto.com/image/712078/preview/K0053998-Water_snail_with_beating_heart-SPL.mp437.022016-01-21Yes30 seconds or greateranimalanimal themesanimalsaquaticbeatbeatingbiologicalbiologyclose upclose-upcloseupfaunafreshwatergastropodgastropodaheartheartbeatinternalinvertebratemolluscmolluscamollusknaturalnatural worldnatureno oneno-onenobodyone animalorganpondhttps://www.sciencephoto.com/media/712079/view/anal-gills-of-a-mosquito-larva2018-03-28T09:38:32Z0.9K005/3999 Anal gills of a mosquito larvaK005/3999 Anal gills and abdomen of a mosquito larva. Light microscope footage of the anal gills (pointed structures) and abdomen (left) of a mosquito larva. The focus shifts from the anal gills to the internal structures of the abdominal segments in the foreground. Mosquito larvae are aquatic and breathe through spiracles located on their abdomen, or through a siphon (breathing tube) on the end of their body. The anal gills are structures found on the anal segment at the end of the abdomen, and arise from a thin membrane around the anus. They are thought to be involved in osmoregulation, the maintenance of correct concentration of fluids and electrolytes.https://www.sciencephoto.com/image/712079/350wm/K0053999-Anal_gills_of_a_mosquito_larva-SPL.jpghttps://www.sciencephoto.com/image/712079/preview/K0053999-Anal_gills_of_a_mosquito_larva-SPL.mp427.242016-01-21Yes20 seconds or greaterabdomenabdominalabsorptionanal gillanal gillsanal segmentanatomicalanatomyanimalanimalsanusaquaticarthropodarthropodsbiologicalbiologyblack backgroundbreathingbrushesclose upclose-upculicidaedetailentomologicalentomologygaseous exchangegillinsectinsectsinternalinvertebratehttps://www.sciencephoto.com/media/712080/view/mosquito-larva-siphon2018-03-28T09:38:32Z0.9K005/4000 Mosquito larva siphonK005/4000 Mosquito larva siphon. Light microscope footage of the siphon (breathing tube) of a mosquito larva (family Culicidae). Mosquito larvae are aquatic and breathe through spiracles located on their abdomen, or through a siphon located on the end of the abdomen as seen here. Air from the above the water surface (lower left) is conducted through the siphon to a respiratory system of tracheal tubes. These vessels permeate the tissues allowing diffusion of oxygen, carbon dioxide and water.https://www.sciencephoto.com/image/712080/350wm/K0054000-Mosquito_larva_siphon-SPL.jpghttps://www.sciencephoto.com/image/712080/preview/K0054000-Mosquito_larva_siphon-SPL.mp412.162016-01-21Yes10 seconds or greaterair tubeanatomicalanatomyanimalanimalsaquaticarthropodarthropodsbiologicalbiologyblack backgroundbreathing tubebrushesclose upclose-upculicidaedetailentomologicalentomologygaseous exchangeinsectinsectsinvertebrateinvertebrateslarvalarvaelarvallife stagelife-cyclelightlight microscopehttps://www.sciencephoto.com/media/712081/view/mosquito-larva-feeding2018-03-28T09:38:32Z0.9K005/4001 Mosquito larva feedingK005/4001 Mosquito larva feeding. Light microscope footage of the head of a mosquito larva (family Culicidae) as it feeds. The larva feeds by wafting food particles into its mouth using the beating hairs of its mouth brushes to create a current. Mosquito larvae are aquatic and breathe through spiracles located on their abdomen, or through a siphon (breathing tube) on the end of their body. They feed on algae and other detritus suspended in the water.https://www.sciencephoto.com/image/712081/350wm/K0054001-Mosquito_larva_feeding-SPL.jpghttps://www.sciencephoto.com/image/712081/preview/K0054001-Mosquito_larva_feeding-SPL.mp429.142016-01-21Yes20 seconds or greateranatomicalanatomyanimalanimalsaquaticarthropodarthropodsbiologicalbiologyblack backgroundbrushesclose upclose-upculicidaedetailentomologicalentomologyeyefeedinghairhairsheadinsectinsectsinvertebrateinvertebrateslarvalarvaelarvallife stagelife-cyclehttps://www.sciencephoto.com/media/712082/view/mosquito-larvae-feeding2018-03-28T09:38:32Z0.9K005/4002 Mosquito larvae feedingK005/4002 Mosquito larvae feeding. Light microscope footage of mosquito larvae (family Culicidae) feeding near the surface of water. Mosquito larvae are aquatic and breathe through spiracles located on their abdomen, or like these larvae, through a siphon (breathing tube) on the end of the abdomen. They feed by wafting algae and other detritus suspended in the water into their mouths, using the beating hairs of their mouth brushes to create a current.https://www.sciencephoto.com/image/712082/350wm/K0054002-Mosquito_larvae_feeding-SPL.jpghttps://www.sciencephoto.com/image/712082/preview/K0054002-Mosquito_larvae_feeding-SPL.mp4362016-01-21Yes30 seconds or greateranatomicalanatomyanimalanimalsaquaticarthropodarthropodsbiologicalbiologyblack backgroundbreathing tubebrushescephalothoraxclose upclose-upculicidaedetailentomologicalentomologyfeedingfloatinggillinsectinsectsinvertebrateinvertebrateslarvalarvaelarvallife stagelife-cyclehttps://www.sciencephoto.com/media/712083/view/mosquito-larva-feeding2018-03-28T09:38:32Z0.9K005/4003 Mosquito larva feedingK005/4003 Mosquito larva feeding. Light microscope footage of the head of a mosquito larva (family Culicidae) as it feeds. The larva feeds by wafting food particles into its mouth using the beating hairs of its mouth brushes to create a current. Mosquito larvae are aquatic and breathe through spiracles located on their abdomen, or through a siphon (breathing tube) on the end of their body. They feed on algae and other detritus suspended in the water.https://www.sciencephoto.com/image/712083/350wm/K0054003-Mosquito_larva_feeding-SPL.jpghttps://www.sciencephoto.com/image/712083/preview/K0054003-Mosquito_larva_feeding-SPL.mp421.122016-01-21Yes20 seconds or greateranatomicalanatomyanimalanimalsantennaantennaeaquaticarthropodarthropodsbiologicalbiologyblack backgroundbrushesclose upclose-upculicidaedetailentomologicalentomologyfeedingfoodhairhairsheadinsectinsectsinvertebrateinvertebrateslarvalarvaelarvalhttps://www.sciencephoto.com/media/712084/view/mosquito-larva-siphon2018-03-28T09:38:32Z0.9K005/4004 Mosquito larva siphonK005/4004 Mosquito larva siphon. Light microscope footage of the siphon (breathing tube) of a mosquito larva (family Culicidae). Mosquito larvae are aquatic and breathe through spiracles located on their abdomen, or through a siphon located on the end of the abdomen as seen here. Air from above the water surface (left) is conducted through the siphon to a respiratory system of tracheal tubes. These vessels permeate the tissues allowing diffusion of oxygen, carbon dioxide and water.https://www.sciencephoto.com/image/712084/350wm/K0054004-Mosquito_larva_siphon-SPL.jpghttps://www.sciencephoto.com/image/712084/preview/K0054004-Mosquito_larva_siphon-SPL.mp431.052016-01-21Yes30 seconds or greaterairair tubeanatomicalanatomyanimalanimalsaquaticarthropodarthropodsbiologicalbiologyblack backgroundbreathing tubebrushesclose upclose-upculicidaedetailentomologicalentomologygaseous exchangeinsectinsectsinvertebrateinvertebrateslarvalarvaelarvallife stagelife-cyclelighthttps://www.sciencephoto.com/media/712085/view/mosquito-larvae-feeding2018-03-28T09:38:32Z0.9K005/4005 Mosquito larvae feedingK005/4005 Mosquito larvae feeding. Light microscope footage of mosquito larvae (family Culicidae) near the surface of water. Mosquito larvae are aquatic and breathe through spiracles located on their abdomen, or like these larvae, through a siphon (breathing tube) on the end of the abdomen. They feed by wafting algae and other detritus suspended in the water into their mouths, using the beating hairs of their mouth brushes to create a current. On the anal segment at the end of the abdomen, arising from a thin membrane around the anus, are the anal gills. They are thought to be involved in osmoregulation, the maintenance of correct concentration of fluids and electrolytes.https://www.sciencephoto.com/image/712085/350wm/K0054005-Mosquito_larvae_feeding-SPL.jpghttps://www.sciencephoto.com/image/712085/preview/K0054005-Mosquito_larvae_feeding-SPL.mp445.012016-01-21Yes40 seconds or greateranalanal gillsanatomicalanatomyanimalanimalsaquaticarthropodarthropodsbiologicalbiologyblack backgroundbreathing tubebrushescephalothoraxclose upclose-upculicidaedetailentomologicalentomologyfeedingfloatinggillinsectinsectsinvertebrateinvertebrateslarvalarvaelarvalhttps://www.sciencephoto.com/media/712086/view/mosquito-pupa2018-03-28T09:38:32Z0.9K005/4006 Mosquito pupaK005/4006 Mosquito pupa. Light microscope footage of a mosquito pupa(family Culicidae). The pupa has a fused head and thorax (cephalothorax) and segmented abdomen. It does not feed because its mouthparts are changing from the larval to the adult form. After a few days, depending on the water temperature, the pupa rise to the surface of the water, the cephalothorax splits and the adult emerges.https://www.sciencephoto.com/image/712086/350wm/K0054006-Mosquito_pupa-SPL.jpghttps://www.sciencephoto.com/image/712086/preview/K0054006-Mosquito_pupa-SPL.mp422.042016-01-21Yes120 seconds or greateranatomicalanatomyanimalanimalsantennaantennaeaquaticarthropodarthropodsbiologicalbiologycephalothoraxclose upclose-upculicidaedetailentomologicalentomologyeyegrey backgroundhairhairsheadinsectinsectsinvertebrateinvertebrateslife stagelife-cyclelighthttps://www.sciencephoto.com/media/712087/view/mosquito-larvae-feeding2018-03-28T09:38:32Z0.9K005/4007 Mosquito larvae feedingK005/4007 Mosquito larvae feeding. Light microscope footage of mosquito larvae (family Culicidae) feeding near the surface of water. Mosquito larvae are aquatic and breathe through spiracles located on their abdomen, or like these larvae, through a siphon (breathing tube) on the end of the abdomen. They feed by wafting algae and other detritus suspended in the water into their mouths, using the beating hairs of their mouth brushes to create a current. On the anal segment at the end of the abdomen, arising from a thin membrane around the anus, are the anal gills. They are thought to be involved in osmoregulation, the maintenance of correct concentration of fluids and electrolytes.https://www.sciencephoto.com/image/712087/350wm/K0054007-Mosquito_larvae_feeding-SPL.jpghttps://www.sciencephoto.com/image/712087/preview/K0054007-Mosquito_larvae_feeding-SPL.mp454.122016-01-21Yes50 seconds or greateranalanal gillsanatomicalanatomyanimalanimalsaquaticarthropodarthropodsbiologicalbiologyblack backgroundbreathing tubebrushescephalothoraxclose upclose-upculicidaedetailentomologicalentomologyfeedingfloatinggillinsectinsectsinvertebrateinvertebrateslarvalarvaelarvalhttps://www.sciencephoto.com/media/712088/view/mosquito-larva-feeding2018-03-28T09:38:32Z0.9K005/4008 Mosquito larva feedingK005/4008 Mosquito larva feeding. Light microscope footage of the head and thorax of a mosquito larva (family Culicidae) as it feeds. The larva feeds by wafting food particles into its mouth using the beating hairs of its mouth brushes to create a current. Mosquito larvae are aquatic and breathe through spiracles located on their abdomen, or through a siphon (breathing tube) on the end of their body. They feed on algae and other detritus suspended in the water.https://www.sciencephoto.com/image/712088/350wm/K0054008-Mosquito_larva_feeding-SPL.jpghttps://www.sciencephoto.com/image/712088/preview/K0054008-Mosquito_larva_feeding-SPL.mp431.12016-01-21Yes20 seconds or greateranatomicalanatomyanimalanimalsantennaantennaeaquaticarthropodarthropodsbiologicalbiologyblack backgroundbrushesclose-upculicidaedetailentomologicalentomologyfeedingfoodhairhairsheadinsectinsectsinternalinvertebrateinvertebrateslarvalarvaelarvalhttps://www.sciencephoto.com/media/712089/view/mosquito-larvae-feeding2018-03-28T09:38:32Z0.9K005/4009 Mosquito larvae feedingK005/4009 Mosquito larvae feeding. Light microscope footage of mosquito larvae (family Culicidae) feeding near the surface of water. Mosquito larvae are aquatic and breathe through spiracles located on their abdomen, or like these larvae, through a siphon (breathing tube) on the end of the abdomen. They feed by wafting algae and other detritus suspended in the water into their mouths, using the beating hairs of their mouth brushes to create a current.https://www.sciencephoto.com/image/712089/350wm/K0054009-Mosquito_larvae_feeding-SPL.jpghttps://www.sciencephoto.com/image/712089/preview/K0054009-Mosquito_larvae_feeding-SPL.mp417.142016-01-21Yes10 seconds or greateranatomicalanatomyanimalanimalsaquaticarthropodarthropodsbiologicalbiologyblack backgroundbreathing tubebrushescephalothoraxclose upclose-upculicidaedetailentomologicalentomologyfeedingfloatinggillinsectinsectsinvertebrateinvertebrateslarvalarvaelarvallife stagelife-cyclehttps://www.sciencephoto.com/media/712090/view/mosquito-larva-feeding2018-03-28T09:38:32Z0.9K005/4010 Mosquito larva feedingK005/4010 Mosquito larva feeding. Light microscope footage of the head, thorax and some abdominal segments of a mosquito larva (family Culicidae) as it feeds. The larva feeds by wafting food particles into its mouth using the beating hairs of its mouth brushes to create a current. Mosquito larvae are aquatic and breathe through spiracles located on their abdomen, or through a siphon (breathing tube) on the end of their body. They feed on algae and other detritus suspended in the water.https://www.sciencephoto.com/image/712090/350wm/K0054010-Mosquito_larva_feeding-SPL.jpghttps://www.sciencephoto.com/image/712090/preview/K0054010-Mosquito_larva_feeding-SPL.mp479.012016-01-21Yes1 minute or greaterabdomenanatomicalanatomyanimalanimalsantennaantennaeaquaticarthropodarthropodsbiologicalbiologyblack backgroundbrushesclose upclose-upculicidaedetailentomologicalentomologyfeedingfoodhairhairsheadinsectinsectsinternalinvertebrateinvertebrateslarvahttps://www.sciencephoto.com/media/712091/view/mosquito-larva-feeding2018-03-28T09:38:32Z0.9K005/4011 Mosquito larva feedingK005/4011 Mosquito larva feeding. Light microscope footage of the head, thorax and some abdominal segments of a mosquito larva (family Culicidae) as it feeds. The larva feeds by wafting food particles into its mouth using the beating hairs of its mouth brushes to create a current. Mosquito larvae are aquatic and breathe through spiracles located on their abdomen, or through a siphon (breathing tube) on the end of their body. They feed on algae and other detritus suspended in the water.https://www.sciencephoto.com/image/712091/350wm/K0054011-Mosquito_larva_feeding-SPL.jpghttps://www.sciencephoto.com/image/712091/preview/K0054011-Mosquito_larva_feeding-SPL.mp415.22016-01-21Yes10 seconds or greaterabdomenanatomicalanatomyanimalanimalsantennaantennaeaquaticarthropodarthropodsbiologicalbiologyblack backgroundbrushesclose upclose-upculicidaedetailentomologicalentomologyfeedingfoodhairhairsheadinsectinsectsinternalinvertebrateinvertebrateslarvahttps://www.sciencephoto.com/media/712092/view/mosquito-larva-feeding2018-03-28T09:38:32Z0.9K005/4012 Mosquito larva feedingK005/4012 Mosquito larva feeding. Light microscope footage of the head and thorax of a mosquito larva (family Culicidae) as it feeds. The larva feeds by wafting food particles into its mouth using the beating hairs of its mouth brushes to create a current. Mosquito larvae are aquatic and breathe through spiracles located on their abdomen, or through a siphon (breathing tube) on the end of their body. They feed on algae and other detritus suspended in the water.https://www.sciencephoto.com/image/712092/350wm/K0054012-Mosquito_larva_feeding-SPL.jpghttps://www.sciencephoto.com/image/712092/preview/K0054012-Mosquito_larva_feeding-SPL.mp448.052016-01-21Yes40 seconds or greateranatomicalanatomyanimalanimalsantennaantennaeaquaticarthropodarthropodsbiologicalbiologyblack backgroundbrushesclose upclose-upculicidaedetailentomologicalentomologyfeedingfoodhairhairsheadinsectinsectsinternalinvertebrateinvertebrateslarvalarvaehttps://www.sciencephoto.com/media/712093/view/mosquito-larva-internal-organs2018-03-28T09:38:32Z0.9K005/4013 Mosquito larva internal organsK005/4013 Mosquito larva. Light microscope footage showing internal organs of a mosquito larva (family Culicidae). Mosquito larvae are aquatic and breathe through spiracles located on their abdomen, or through a siphon (breathing tube) on the end of their body. They feed on algae and other detritus suspended in the water.https://www.sciencephoto.com/image/712093/350wm/K0054013-Mosquito_larva_internal_organs-SPL.jpghttps://www.sciencephoto.com/image/712093/preview/K0054013-Mosquito_larva_internal_organs-SPL.mp412.092016-01-21Yes10 seconds or greateranatomicalanatomyanimalanimalsaquaticarthropodarthropodsbeatingbiologicalbiologyclose-upculicidaedetailentomologicalentomologyinsectinsectsinternalinvertebrateinvertebrateslarvalarvaelarvallife stagelife-cyclelightlight microscopelight microscopylmmicrobemicroscopehttps://www.sciencephoto.com/media/712094/view/mosquito-larva-siphon2018-03-28T09:38:32Z0.9K005/4014 Mosquito larva siphonK005/4014 Mosquito larva siphon. Light microscope footage of the siphon (breathing tube) of a mosquito larva (family Culicidae). Mosquito larvae are aquatic and breathe through spiracles located on their abdomen, or through a siphon located on the end of the abdomen as seen here. Air from above the water surface (left) is conducted through the siphon to a respiratory system of tracheal tubes. These vessels permeate the tissues allowing diffusion of oxygen, carbon dioxide and water.https://www.sciencephoto.com/image/712094/350wm/K0054014-Mosquito_larva_siphon-SPL.jpghttps://www.sciencephoto.com/image/712094/preview/K0054014-Mosquito_larva_siphon-SPL.mp427.152016-01-21Yes20 seconds or greaterairair tubeanatomicalanatomyanimalanimalsaquaticarthropodarthropodsbiologicalbiologyblack backgroundbreathing tubebrushesclose upclose-upculicidaedetailentomologicalentomologygaseous exchangeinsectinsectsinvertebrateinvertebrateslarvalarvaelarvallife stagelife-cyclelighthttps://www.sciencephoto.com/media/712095/view/mosquito-larva-feeding2018-03-28T09:38:32Z0.9K005/4015 Mosquito larva feedingK005/4015 Mosquito larva feeding. Light microscope footage of the head and thorax of a mosquito larva (family Culicidae) as it feeds. The larva feeds by wafting food particles into its mouth using the beating hairs of its mouth brushes to create a current. Mosquito larvae are aquatic and breathe through spiracles located on their abdomen, or through a siphon (breathing tube) on the end of their body. They feed on algae and other detritus suspended in the water.https://www.sciencephoto.com/image/712095/350wm/K0054015-Mosquito_larva_feeding-SPL.jpghttps://www.sciencephoto.com/image/712095/preview/K0054015-Mosquito_larva_feeding-SPL.mp426.072016-01-21Yes20 seconds or greateranatomicalanatomyanimalanimalsantennaantennaeaquaticarthropodarthropodsbiologicalbiologyblack backgroundbrushesclose upclose-upculicidaedetailentomologicalentomologyfeedingfoodhairhairsheadinsectinsectsinternalinvertebrateinvertebrateslarvalarvaehttps://www.sciencephoto.com/media/712096/view/mosquito-larva-siphons2018-03-28T09:38:32Z0.9K005/4016 Mosquito larva siphonsK005/4016 Mosquito larva siphons. Light microscope footage of the siphons (breathing tubes) of two mosquito larvae (family Culicidae). The camera pans along the length of one of the larvae, revealing internal structures of its abdominal segments, its thorax and its head. Mosquito larvae are aquatic and breathe through spiracles located on their abdomen, or through a siphon located on the end of the abdomen as seen here. Air from above the water surface (left) is conducted through the siphon to a respiratory system of tracheal tubes. These vessels permeate the tissues allowing diffusion of oxygen, carbon dioxide and water.https://www.sciencephoto.com/image/712096/350wm/K0054016-Mosquito_larva_siphons-SPL.jpghttps://www.sciencephoto.com/image/712096/preview/K0054016-Mosquito_larva_siphons-SPL.mp432.12016-01-21Yes30 seconds or greaterabdomenabdominalair tubeanatomicalanatomyanimalanimalsaquaticarthropodarthropodsbiologicalbiologyblack backgroundbreathingbreathing tubebrushesclose upclose-upculicidaedetailentomologicalentomologygaseous exchangeheadinsectinsectsinternalinvertebrateinvertebrateslarvalarvaehttps://www.sciencephoto.com/media/712097/view/mosquito-larva-thorax-internal-organs2018-03-28T09:38:32Z0.9K005/4017 Mosquito larva thorax internal organsK005/4017 Mosquito larva thorax. Light microscope footage of the internal structures of the thorax of a mosquito larva (family Culicidae). Mosquito larvae are aquatic and breathe through a respiratory system of tracheal tubes. These open to the air via spiracles located on their abdomen, or a siphon located on the end of the abdomen. Mosquito larvae feed on algae and other detritus suspended in the water.https://www.sciencephoto.com/image/712097/350wm/K0054017-Mosquito_larva_thorax_internal_organs-SPL.jpghttps://www.sciencephoto.com/image/712097/preview/K0054017-Mosquito_larva_thorax_internal_organs-SPL.mp417.112016-01-21Yes10 seconds or greateranatomicalanatomyanimalanimalsaquaticarthropodarthropodsbeatingbiologicalbiologyclose upclose-upculicidaedetailentomologicalentomologyinsectinsectsinternalinvertebrateinvertebrateslarvalarvaelarvallife stagelife-cyclelightlight microscopelight microscopylmmicrobehttps://www.sciencephoto.com/media/712098/view/mosquito-larva-abdominal-segments2018-03-28T09:38:32Z0.9K005/4018 Mosquito larva abdominal segmentsK005/4018 Mosquito larva abdomen. Light microscope footage of the internal structures of the abdomen of a mosquito larva (family Culicidae). Mosquito larvae are aquatic and breathe through a respiratory system of tracheal tubes. These open to the air via spiracles located on their abdomen, or a siphon located on the end of the abdomen.https://www.sciencephoto.com/image/712098/350wm/K0054018-Mosquito_larva_abdominal_segments-SPL.jpghttps://www.sciencephoto.com/image/712098/preview/K0054018-Mosquito_larva_abdominal_segments-SPL.mp429.122016-01-21Yes20 seconds or greaterabdomenabdominalanatomicalanatomyanimalanimalsaquaticarthropodarthropodsbeatingbiologicalbiologyclose upclose-upculicidaedetailentomologicalentomologyinsectinsectsinternalinvertebrateinvertebrateslarvalarvaelarvallife stagelife-cyclelightlight microscopelight microscopyhttps://www.sciencephoto.com/media/712099/view/mosquito-larvae-feeding2018-03-28T09:38:32Z0.9K005/4019 Mosquito larvae feedingK005/4019 Mosquito larvae feeding. Light microscope footage of mosquito larvae (family Culicidae) feeding near the surface of water. Mosquito larvae are aquatic and breathe through spiracles located on their abdomen, or like these larvae, through a siphon (breathing tube) on the end of the abdomen. They feed by wafting algae and other detritus suspended in the water into their mouths, using the beating hairs of their mouth brushes to create a current.https://www.sciencephoto.com/image/712099/350wm/K0054019-Mosquito_larvae_feeding-SPL.jpghttps://www.sciencephoto.com/image/712099/preview/K0054019-Mosquito_larvae_feeding-SPL.mp438.052016-01-21Yes30 seconds or greateranatomicalanatomyanimalanimalsaquaticarthropodarthropodsbiologicalbiologyblack backgroundbreathing tubebrushescephalothoraxclose upclose-upculicidaedetailentomologicalentomologyfeedingfloatinggillinsectinsectsinvertebrateinvertebrateslarvalarvaelarvallife stagelife-cyclehttps://www.sciencephoto.com/media/712100/view/mosquito-larva-abdominal-segments2018-03-28T09:38:32Z0.9K005/4020 Mosquito larva abdominal segmentsK005/4020 Mosquito larva abdomen. Light microscope footage of the internal structures of the abdomen of a mosquito larva (family Culicidae). Mosquito larvae are aquatic and breathe through a respiratory system of tracheal tubes. These open to the air via spiracles located on their abdomen, or a siphon located on the end of the abdomen.https://www.sciencephoto.com/image/712100/350wm/K0054020-Mosquito_larva_abdominal_segments-SPL.jpghttps://www.sciencephoto.com/image/712100/preview/K0054020-Mosquito_larva_abdominal_segments-SPL.mp430.242016-01-21Yes30 seconds or greaterabdomenabdominalanatomicalanatomyanimalanimalsaquaticarthropodarthropodsbeatingbiologicalbiologyclose upclose-upculicidaedetailentomologicalentomologyinsectinsectsinternalinvertebrateinvertebrateslarvalarvaelarvallife stagelife-cyclelightlight microscopelight microscopyhttps://www.sciencephoto.com/media/712101/view/mosquito-larva-siphon2018-03-28T09:38:32Z0.9K005/4021 Mosquito larva siphonK005/4021 Mosquito larva siphon. Light microscope footage of the tip of the siphon (breathing tube) of a mosquito larva (family Culicidae). Mosquito larvae are aquatic and breathe through spiracles located on their abdomen, or through a siphon located on the end of the abdomen. Air from above the water surface (left) is conducted through the siphon to a respiratory system of tracheal tubes. These vessels permeate the tissues allowing diffusion of oxygen, carbon dioxide and water.https://www.sciencephoto.com/image/712101/350wm/K0054021-Mosquito_larva_siphon-SPL.jpghttps://www.sciencephoto.com/image/712101/preview/K0054021-Mosquito_larva_siphon-SPL.mp432.242016-01-21Yes30 seconds or greaterair tubeanatomicalanatomyanimalanimalsaquaticarthropodarthropodsbiologicalbiologyblack backgroundbreathing tubebrushesclose upclose-upculicidaedetailentomologicalentomologygaseous exchangeinsectinsectsinvertebrateinvertebrateslarvalarvaelarvallife stagelife-cyclelightlight microscopehttps://www.sciencephoto.com/media/712102/view/mosquito-larva-feeding2018-03-28T09:38:32Z0.9K005/4022 Mosquito larva feedingK005/4022 Mosquito larva feeding. Light microscope footage of the head, thorax and some abdominal segments of a mosquito larva (family Culicidae) as it feeds. The larva feeds by wafting food particles into its mouth using the beating hairs of its mouth brushes to create a current. Mosquito larvae are aquatic and breathe through spiracles located on their abdomen, or through a siphon (breathing tube) on the end of their body. They feed on algae and other detritus suspended in the water.https://www.sciencephoto.com/image/712102/350wm/K0054022-Mosquito_larva_feeding-SPL.jpghttps://www.sciencephoto.com/image/712102/preview/K0054022-Mosquito_larva_feeding-SPL.mp422.182016-01-21Yes20 seconds or greaterabdomenanatomicalanatomyanimalanimalsantennaantennaeaquaticarthropodarthropodsbiologicalbiologyblack backgroundbrushesclose upclose-upculicidaedetailentomologicalentomologyfeedingfoodhairhairsheadinsectinsectsinternalinvertebrateinvertebrateslarvahttps://www.sciencephoto.com/media/712103/view/mosquito-larva-and-pupa2018-03-28T09:38:32Z0.9K005/4023 Mosquito larva and pupaK005/4023 Mosquito pupa and larva. Light microscope footage of a front view of a mosquito pupa (family Culicidae) at the surface of water. On the right is a mosquito larva with its siphon (breathing tube). Mosquito larvae are aquatic and breathe through spiracles located on their abdomen, or through a siphon (breathing tube) on the end of the abdomen as seen here. After one to two weeks the larvae pupate. Each pupa has a fused head and thorax (cephalothorax) and segmented abdomen. After a few days, depending on the water temperature, the pupa rises to the surface of the water, the cephalothorax splits and the adult emerges.https://www.sciencephoto.com/image/712103/350wm/K0054023-Mosquito_larva_and_pupa-SPL.jpghttps://www.sciencephoto.com/image/712103/preview/K0054023-Mosquito_larva_and_pupa-SPL.mp421.112016-01-21Yes20 seconds or greaterair tubeanatomicalanatomyanimalanimalsaquaticarthropodarthropodsbiologicalbiologyblack backgroundbreathingbreathing tubebrushescephalothoraxclose upclose-upculicidaedetailentomologicalentomologyfloatinginsectinsectsinvertebrateinvertebrateslarvalarvaelarvallife stagelife-cyclehttps://www.sciencephoto.com/media/712104/view/anal-gills-of-a-mosquito-larva2018-03-28T09:38:32Z0.9K005/4024 Anal gills of a mosquito larvaK005/4024 Anal gills of a mosquito larva. Light microscope footage of the anal gills of a mosquito larva. Mosquito larvae are aquatic. The anal gills are structures found on the anal segment at the end of the abdomen, and arise from a thin membrane around the anus. They are thought to be involved in osmoregulation, the maintenance of correct concentration of fluids and electrolytes.https://www.sciencephoto.com/image/712104/350wm/K0054024-Anal_gills_of_a_mosquito_larva-SPL.jpghttps://www.sciencephoto.com/image/712104/preview/K0054024-Anal_gills_of_a_mosquito_larva-SPL.mp428.142016-01-21Yes20 seconds or greaterabsorptionanal gillanal gillsanal segmentanatomicalanatomyanimalanimalsanusaquaticarthropodarthropodsbiologicalbiologyblack backgroundclose-upculicidaedetailentomologicalentomologygillinsectinsectsinvertebrateinvertebrateslarvalarvaelarvallife stagelife-cyclelighthttps://www.sciencephoto.com/media/712105/view/mosquito-larvae-feeding2018-03-28T09:38:32Z0.9K005/4025 Mosquito larvae feedingK005/4025 Mosquito larvae feeding. Light microscope footage of mosquito larvae (family Culicidae) feeding near the surface of water. Mosquito larvae are aquatic and breathe through spiracles located on their abdomen, or like these larvae, through a siphon (breathing tube) on the end of the abdomen. They feed by wafting algae and other detritus suspended in the water into their mouths, using the beating hairs of their mouth brushes to create a current. On the upper right of the frame the anal gills of one larva can be seen. These structures are found on the anal segment at the end of the abdomen, and arise from a thin membrane around the anus. They are thought to be involved in osmoregulation, the maintenance of correct concentration of fluids and electrolytes.https://www.sciencephoto.com/image/712105/350wm/K0054025-Mosquito_larvae_feeding-SPL.jpghttps://www.sciencephoto.com/image/712105/preview/K0054025-Mosquito_larvae_feeding-SPL.mp420.182016-01-21Yes20 seconds or greateranalanal gillsanatomicalanatomyanimalanimalsaquaticarthropodarthropodsbiologicalbiologyblack backgroundbreathing tubebrushescephalothoraxclose upclose-upculicidaedetailentomologicalentomologyfeedingfloatinggillinsectinsectsinvertebrateinvertebrateslarvalarvaelarvalhttps://www.sciencephoto.com/media/712106/view/mosquito-larvae-feeding2018-03-28T09:38:32Z0.9K005/4026 Mosquito larvae feedingK005/4026 Mosquito larvae feeding. Light microscope footage of mosquito larvae (family Culicidae) feeding near the surface of water. Mosquito larvae are aquatic and breathe through spiracles located on their abdomen, or like these larvae, through a siphon (breathing tube) on the end of the abdomen. They feed by wafting algae and other detritus suspended in the water into their mouths, using the beating hairs of their mouth brushes to create a current. On the upper right of the frame the anal gills of one larva can be seen. These structures are found on the anal segment at the end of the abdomen, and arise from a thin membrane around the anus. They are thought to be involved in osmoregulation, the maintenance of correct concentration of fluids and electrolytes.https://www.sciencephoto.com/image/712106/350wm/K0054026-Mosquito_larvae_feeding-SPL.jpghttps://www.sciencephoto.com/image/712106/preview/K0054026-Mosquito_larvae_feeding-SPL.mp420.232016-01-21Yes20 seconds or greateranalanal gillsanatomicalanatomyanimalanimalsaquaticarthropodarthropodsbiologicalbiologyblack backgroundbreathing tubebrushescephalothoraxclose upclose-upculicidaedetailentomologicalentomologyfeedingfloatinggillinsectinsectsinvertebrateinvertebrateslarvalarvaelarvalhttps://www.sciencephoto.com/media/712107/view/structure-of-a-plant-cell2018-11-06T15:38:19Z0.9K005/5164 Structure of a plant cellK005/5164 Inside a plant cell. The top half of the cell is removed to show internal structures. Much of the interior of the cell is taken up by a fluid-filled vacuole (grey-blue), which stores water and enzymes, and helps the cell maintain its shape. The view then takes in the central nucleus (dark blue) that contains the cell's genetic material, which is surrounded by endoplasmic reticulum (brown), studded with protein-making ribosomes (flashing white). Proteins are packaged by the Golgi apparatus (pink). The view moves to the cell wall (green) and the cell membrane (blue). The wall contains cellulose and is very tough, and along with the vacuole plays the main role in keeping the cell, and the plant, rigid. The inner cell membrane is a flexible phospholipid bilayer. Inside the cell, there is a cytoskeleton of microtubules (blue) and thin actin filaments (grey). Mitochondria (gold) are organelles that provide energy for the cell. The view then moves to a chloroplast, which is the site of photosynthesis in a plant cell. The chloroplast contains stacks of discs called thylakoids, which contain the photosynthetic pigment chlorophyll, arranged in stacks called grana. The chloroplast uses light energy to manufacture sugars from carbon dioxide, releasing oxygen as a waste product.https://www.sciencephoto.com/image/712107/350wm/K0055164-Structure_of_a_plant_cell-SPL.jpghttps://www.sciencephoto.com/image/712107/preview/K0055164-Structure_of_a_plant_cell-SPL.mp482.042016-01-21Yesactinanatomicalanatomyanimatedanimationbiologicalbiologybotanicalbotanycellcellscellulosechloroplastchloroplastscytoskeletoneducationeducationalendoplasmic reticulumfilamentgolgi apparatusgranagranumgreenhealthyinnerinsideinternalmembranemicrotubulemitochondriamitochondrionmodelhttps://www.sciencephoto.com/media/712122/view/vorticella-and-stentor-protozoa2018-03-28T09:38:32Z0.9K005/3560 Vorticella and stentor protozoaK005/3560 Stentor with vorticella. Light microscope footage of ciliate protozoa Stentor sp. (top, partly visible) and Vorticella sp. (centre). Both are filter-feeding freshwater protozoa. Stentor species can reach lengths up to 2 millimetres, and are among the largest known unicellular organisms. Some species live symbiotically with certain species of green algae (numerous green spheres). After being ingested, the algae live on and continue to photosynthesize, while their host absorbs nutrients produced, and the algae receive protection and feed on the Stentor?'?s metabolic wastes. Vorticella consist of a bell-shaped head and a contractile stalk that is anchored to the substrate. Cilia (tiny hair-like structures) attached to the head are used to create currents to capture food and also for movement.https://www.sciencephoto.com/image/712122/350wm/K0053560-Vorticella_and_stentor_protozoa-SPL.jpghttps://www.sciencephoto.com/image/712122/preview/K0053560-Vorticella_and_stentor_protozoa-SPL.mp421.082016-01-21Yes20 seconds or greateralgaalgaealgalalveolataanimaliculebiologicalbiologycellchromalveolataciliaciliateciliophoraciliumclose upclose-upcontractile vacuoleeukaryotaeukaryotefaunafeedingfilter feederfilter feedingfresh waterfreshwaterinternal structureinvertebrateinvertebrateslightlight microscopelight microscopylmhttps://www.sciencephoto.com/media/712123/view/vorticella-and-stentor-protozoa2018-03-28T09:38:32Z0.9K005/3568 Vorticella and stentor protozoaK005/3568 Stentor with vorticella. Light microscope footage of ciliate protozoa Stentor sp. (top, partly visible) and Vorticella sp. (centre). Both are filter-feeding freshwater protozoa. Stentor species can reach lengths up to 2 millimetres, and are among the largest known unicellular organisms. Some species live symbiotically with certain species of green algae (numerous green spheres). After being ingested, the algae live on and continue to photosynthesize, while their host absorbs nutrients produced, and the algae receive protection and feed on the Stentor?'?s metabolic wastes. Vorticella consist of a bell-shaped head and a contractile stalk that is anchored to the substrate. Cilia (tiny hair-like structures) attached to the head are used to create currents to capture food and also for movement.https://www.sciencephoto.com/image/712123/350wm/K0053568-Vorticella_and_stentor_protozoa-SPL.jpghttps://www.sciencephoto.com/image/712123/preview/K0053568-Vorticella_and_stentor_protozoa-SPL.mp425.242016-01-21Yes20 seconds or greateralgaalgaealgalalveolataanimaliculebiologicalbiologycellchromalveolataciliaciliateciliophoraciliumclose upclose-upcontractile vacuoleeukaryotaeukaryotefaunafeedingfilter feederfilter feedingfresh waterfreshwaterinternal structureinvertebrateinvertebrateslightlight microscopelight microscopylmhttps://www.sciencephoto.com/media/712124/view/vorticella-light-microscopy2018-03-28T09:38:32Z0.9K005/3569 Vorticella, light microscopyK005/3569 Vorticella. Light microscope footage of ciliate protozoan Vorticella sp.. This filter-feeding freshwater protozoan consists of a bell-shaped head and a contractile stalk that is anchored to the substrate. When disturbed, the stalk is contracted in a protective motion. Cilia (tiny hair-like structures) attached to the head are used to capture food and also for movement. Vorticella live in both marine and freshwater environments, and feed on microscopic algae, bacteria and other food in the water.https://www.sciencephoto.com/image/712124/350wm/K0053569-Vorticella,_light_microscopy-SPL.jpghttps://www.sciencephoto.com/image/712124/preview/K0053569-Vorticella,_light_microscopy-SPL.mp428.122016-01-21Yes20 seconds or greateralveolatabiologicalbiologycellchromalveolataciliaciliateciliophoraciliumclose upclose-upcontractile vacuoleeukaryotaeukaryotefaunafeedingfilter feederfilter feedingfresh waterfreshwaterinternal structureinvertebrateinvertebrateslightlight microscopelight microscopylmmicro-organismmicro-organismsmicrobemicrobiologicalhttps://www.sciencephoto.com/media/712125/view/vorticella-and-stentor-protozoa2018-03-28T09:38:32Z0.9K005/3584 Vorticella and stentor protozoaK005/3584 Stentor with vorticella. Light microscope footage of ciliate protozoa Stentor sp. (top, partly visible) and Vorticella sp. (centre). Both are filter-feeding freshwater protozoa. Stentor species can reach lengths up to 2 millimetres, and are among the largest known unicellular organisms. Some species live symbiotically with certain species of green algae (numerous green spheres). After being ingested, the algae live on and continue to photosynthesize, while their host absorbs nutrients produced, and the algae receive protection and feed on the Stentor?'?s metabolic wastes. Vorticella consist of a bell-shaped head and a contractile stalk that is anchored to the substrate. Cilia (tiny hair-like structures) attached to the head are used to create currents to capture food and also for movement.https://www.sciencephoto.com/image/712125/350wm/K0053584-Vorticella_and_stentor_protozoa-SPL.jpghttps://www.sciencephoto.com/image/712125/preview/K0053584-Vorticella_and_stentor_protozoa-SPL.mp423.162016-01-21Yes20 seconds or greateralgaalgaealgalalveolataanimaliculebiologicalbiologycellchromalveolataciliaciliateciliophoraciliumclose upclose-upcontractile vacuoleeukaryotaeukaryotefaunafeedingfilter feederfilter feedingfresh waterfreshwaterinternal structureinvertebrateinvertebrateslightlight microscopelight microscopylmhttps://www.sciencephoto.com/media/712126/view/vorticella-and-stentor-protozoa2018-03-28T09:38:32Z0.9K005/3585 Vorticella and stentor protozoaK005/3585 Stentor with vorticella. Light microscope footage of ciliate protozoa Stentor sp. (left) and Vorticella sp. (centre). The Stentor approaches, and the Vorticella contracts its stalk when disturbed. Both of these organisms are filter-feeding freshwater protozoa. Stentor species can reach lengths up to 2 millimetres, and are among the largest known unicellular organisms. Some species live symbiotically with certain species of green algae (numerous green spheres). After being ingested, the algae live on and continue to photosynthesize, while their host absorbs nutrients produced, and the algae receive protection and feed on the Stentor?'?s metabolic wastes. Vorticella consist of a bell-shaped head and a contractile stalk that is anchored to the substrate. When disturbed, the stalk is contracted in a protective motion. Cilia (tiny hair-like structures) attached to the head are used to create currents to capture food and also for movement.https://www.sciencephoto.com/image/712126/350wm/K0053585-Vorticella_and_stentor_protozoa-SPL.jpghttps://www.sciencephoto.com/image/712126/preview/K0053585-Vorticella_and_stentor_protozoa-SPL.mp461.052016-01-21Yes1 minute or greateralgaalgaealgalalveolataanimaliculebiologicalbiologyblue backgroundcellchromalveolataciliaciliateciliophoraciliumclose upclose-upcontractile vacuolecontractingcontractiondefensiveeukaryotaeukaryotefaunafeedingfilter feederfilter feedingfresh waterfreshwaterinternal structureinvertebrateinvertebrateshttps://www.sciencephoto.com/media/712127/view/vorticella-light-microscopy2018-03-28T09:38:32Z0.9K005/3605 Vorticella, light microscopyK005/3605 Vorticella. Light microscope footage of ciliate protozoan Vorticella sp.. This filter-feeding freshwater protozoan consists of a bell-shaped head and a contractile stalk that is anchored to the substrate. When disturbed, the stalk is contracted in a protective motion. Cilia (tiny hair-like structures) attached to the head are used to capture food and also for movement. Vorticella live in both marine and freshwater environments, and feed on microscopic algae, bacteria and other food in the water.https://www.sciencephoto.com/image/712127/350wm/K0053605-Vorticella,_light_microscopy-SPL.jpghttps://www.sciencephoto.com/image/712127/preview/K0053605-Vorticella,_light_microscopy-SPL.mp4342016-01-21Yes30 seconds or greateralveolatabiologicalbiologycellchromalveolataciliaciliateciliophoraciliumclose upclose-upcontractile vacuoleeukaryotaeukaryotefaunafeedingfilter feederfilter feedingfresh waterfreshwaterinternal structureinvertebrateinvertebrateslightlight microscopelight microscopylmmicro-organismmicro-organismsmicrobemicrobiologicalhttps://www.sciencephoto.com/media/712128/view/vorticella-light-microscopy2018-03-28T09:38:32Z0.9K005/3611 Vorticella, light microscopyK005/3611 Vorticella. Light microscope footage of ciliate protozoan Vorticella sp.. This filter-feeding freshwater protozoan consists of a bell-shaped head and a contractile stalk that is anchored to the substrate. When disturbed, the stalk is contracted in a protective motion. Cilia (tiny hair-like structures) attached to the head are used to capture food and also for movement. Vorticella live in both marine and freshwater environments, and feed on microscopic algae, bacteria and other food in the water.https://www.sciencephoto.com/image/712128/350wm/K0053611-Vorticella,_light_microscopy-SPL.jpghttps://www.sciencephoto.com/image/712128/preview/K0053611-Vorticella,_light_microscopy-SPL.mp444.22016-01-21Yes40 seconds or greateralveolatabiologicalbiologycellchromalveolataciliaciliateciliophoraciliumclose upclose-upcontractile vacuoleeukaryotaeukaryotefaunafeedingfilter feederfilter feedingfresh waterfreshwatergrey backgroundinternal structureinvertebrateinvertebrateslightlight microscopelight microscopylmmicro-organismmicro-organismsmicrobehttps://www.sciencephoto.com/media/712129/view/vorticella-light-microscopy2018-03-28T09:38:32Z0.9K005/3613 Vorticella, light microscopyK005/3613 Vorticella. Light microscope footage of ciliate protozoan Vorticella sp.. This filter-feeding freshwater protozoan consists of a bell-shaped head and a contractile stalk that is anchored to the substrate. When disturbed, the stalk is contracted in a protective motion. Cilia (tiny hair-like structures) attached to the head are used to capture food and also for movement. Vorticella live in both marine and freshwater environments, and feed on microscopic algae, bacteria and other food in the water.https://www.sciencephoto.com/image/712129/350wm/K0053613-Vorticella,_light_microscopy-SPL.jpghttps://www.sciencephoto.com/image/712129/preview/K0053613-Vorticella,_light_microscopy-SPL.mp415.032016-01-21Yes115 seconds or greateralveolatabiologicalbiologyblack backgroundcellchromalveolataciliaciliateciliophoraciliumclose upclose-upcontractile vacuoleeukaryotaeukaryotefaunafeedingfilter feederfilter feedingfresh waterfreshwaterinternal structureinvertebrateinvertebrateslightlight microscopelight microscopylmmicro-organismmicro-organismshttps://www.sciencephoto.com/media/712130/view/vorticella-and-stentor-protozoa2018-03-28T09:38:32Z0.9K005/3615 Vorticella and stentor protozoaK005/3615 Stentor with vorticella. Light microscope footage of ciliate protozoa Stentor sp. (left) and Vorticella sp. (centre). The Stentor approaches, and the Vorticella contracts its stalk when disturbed. Both of these organisms are filter-feeding freshwater protozoa. Stentor species can reach lengths up to 2 millimetres, and are among the largest known unicellular organisms. Some species live symbiotically with certain species of green algae (numerous green spheres). After being ingested, the algae live on and continue to photosynthesize, while their host absorbs nutrients produced, and the algae receive protection and feed on the Stentor?'?s metabolic wastes. Vorticella consist of a bell-shaped head and a contractile stalk that is anchored to the substrate. When disturbed, the stalk is contracted in a protective motion. Cilia (tiny hair-like structures) attached to the head are used to create currents to capture food and also for movement.https://www.sciencephoto.com/image/712130/350wm/K0053615-Vorticella_and_stentor_protozoa-SPL.jpghttps://www.sciencephoto.com/image/712130/preview/K0053615-Vorticella_and_stentor_protozoa-SPL.mp427.172016-01-21Yes20 seconds or greateralgaalgaealgalalveolataanimaliculebiologicalbiologycellchromalveolataciliaciliateciliophoraciliumclose upclose-upcontractile vacuolecontractingcontractiondefensiveeukaryotaeukaryotefaunafeedingfilter feederfilter feedingfresh waterfreshwatergrey backgroundinternal structureinvertebrateinvertebrateshttps://www.sciencephoto.com/media/712131/view/vorticella-light-microscopy2018-03-28T09:38:32Z0.9K005/3621 Vorticella, light microscopyK005/3621 Vorticella. Light microscope footage of ciliate protozoan Vorticella sp.. This filter-feeding freshwater protozoan consists of a bell-shaped head and a contractile stalk that is anchored to the substrate. When disturbed, the stalk is contracted in a protective motion. Cilia (tiny hair-like structures) attached to the head are used to capture food and also for movement. Vorticella live in both marine and freshwater environments, and feed on microscopic algae, bacteria and other food in the water.https://www.sciencephoto.com/image/712131/350wm/K0053621-Vorticella,_light_microscopy-SPL.jpghttps://www.sciencephoto.com/image/712131/preview/K0053621-Vorticella,_light_microscopy-SPL.mp436.222016-01-21Yes130 seconds or greateralveolatabiologicalbiologyblack backgroundcellchromalveolataciliaciliateciliophoraciliumclose upclose-upcontractile vacuoleeukaryotaeukaryotefaunafeedingfilter feederfilter feedingfresh waterfreshwaterinternal structureinvertebrateinvertebrateslightlight microscopelight microscopylmmicro-organismmicro-organismshttps://www.sciencephoto.com/media/712132/view/vorticella-light-microscopy2018-03-28T09:38:32Z0.9K005/3681 Vorticella, light microscopyK005/3681 Vorticella. Light microscope footage of a group of the ciliate protozoa Vorticella sp.. These filter-feeding freshwater protozoa each consists of a bell-shaped head and a contractile stalk that is anchored to the substrate. When disturbed, the stalk is contracted in a protective motion. Cilia (tiny hair-like structures) attached to the head are used to capture food and also for movement. Vorticella live in both marine and freshwater environments, and feed on microscopic algae, bacteria and other food in the water.https://www.sciencephoto.com/image/712132/350wm/K0053681-Vorticella,_light_microscopy-SPL.jpghttps://www.sciencephoto.com/image/712132/preview/K0053681-Vorticella,_light_microscopy-SPL.mp460.242016-01-21Yes1 minute or greateralveolatabiologicalbiologyblack backgroundcellchromalveolataciliaciliateciliophoraciliumclose upclose-upcolonycontractile vacuoleeukaryotaeukaryotefaunafeedingfilter feederfilter feedingfresh waterfreshwatergroupinternal structureinvertebrateinvertebrateslightlight microscopelight microscopylmmanyhttps://www.sciencephoto.com/media/712133/view/vorticella2018-03-28T09:38:32Z0.9K005/3682 VorticellaK005/3682 Vorticella. Light microscope footage of a group of the ciliate protozoa Vorticella sp.. These filter-feeding freshwater protozoa each consists of a bell-shaped head and a contractile stalk that is anchored to the substrate. When disturbed, the stalk is contracted in a protective motion. Cilia (tiny hair-like structures) attached to the head are used to capture food and also for movement. Vorticella live in both marine and freshwater environments, and feed on microscopic algae, bacteria and other food in the water.https://www.sciencephoto.com/image/712133/350wm/K0053682-Vorticella-SPL.jpghttps://www.sciencephoto.com/image/712133/preview/K0053682-Vorticella-SPL.mp435.032016-01-21Yes30 seconds or greateralveolatabiologicalbiologyblack backgroundcellchromalveolataciliaciliateciliophoraciliumclose upclose-upcolonycontractile vacuoleeukaryotaeukaryotefaunafeedingfilter feederfilter feedingfresh waterfreshwatergroupinternal structureinvertebrateinvertebrateslightlight microscopelight microscopylmmanyhttps://www.sciencephoto.com/media/712134/view/vorticella-light-microscopy2018-03-28T09:38:32Z0.9K005/3684 Vorticella, light microscopyK005/3684 Vorticella. Light microscope footage of a group of the ciliate protozoa Vorticella sp.. These filter-feeding freshwater protozoa each consists of a bell-shaped head and a contractile stalk that is anchored to the substrate. When disturbed, the stalk is contracted in a protective motion. Cilia (tiny hair-like structures) attached to the head are used to capture food and also for movement. Vorticella live in both marine and freshwater environments, and feed on microscopic algae, bacteria and other food in the water.https://www.sciencephoto.com/image/712134/350wm/K0053684-Vorticella,_light_microscopy-SPL.jpghttps://www.sciencephoto.com/image/712134/preview/K0053684-Vorticella,_light_microscopy-SPL.mp435.082016-01-21Yes30 seconds or greateralveolatabiologicalbiologyblack backgroundcellchromalveolataciliaciliateciliophoraciliumclose upclose-upcolonycontractile vacuoleeukaryotaeukaryotefaunafeedingfilter feederfilter feedingfresh waterfreshwatergroupinternal structureinvertebrateinvertebrateslightlight microscopelight microscopylmmanyhttps://www.sciencephoto.com/media/712135/view/vorticella-light-microscopy2018-03-28T09:38:32Z0.9K005/3688 Vorticella, light microscopyK005/3688 Vorticella. Light microscope footage of a group of the ciliate protozoa Vorticella sp.. These filter-feeding freshwater protozoa each consists of a bell-shaped head and a contractile stalk that is anchored to the substrate. When disturbed, the stalk is contracted in a protective motion. Cilia (tiny hair-like structures) attached to the head are used to capture food and also for movement. Vorticella live in both marine and freshwater environments, and feed on microscopic algae, bacteria and other food in the water.https://www.sciencephoto.com/image/712135/350wm/K0053688-Vorticella,_light_microscopy-SPL.jpghttps://www.sciencephoto.com/image/712135/preview/K0053688-Vorticella,_light_microscopy-SPL.mp477.212016-01-21Yes1 minute or greateralveolatabiologicalbiologycellchromalveolataciliaciliateciliophoraciliumclose upclose-upcolonycontractilecontractile vacuolecontractingcontractiondefensiveeukaryotaeukaryotefaunafeedingfilter feederfilter feedingfresh waterfreshwatergrey backgroundgroupinternal structureinvertebrateinvertebrateslighthttps://www.sciencephoto.com/media/712136/view/vorticella-light-microscopy2018-03-28T09:38:32Z0.9K005/3692 Vorticella, light microscopyK005/3692 Vorticella. Light microscope footage of ciliate protozoan Vorticella sp.. This filter-feeding freshwater protozoan consists of a bell-shaped head and a contractile stalk that is anchored to the substrate. When disturbed, the stalk is contracted in a protective motion. Cilia (tiny hair-like structures) attached to the head are used to capture food and also for movement. Vorticella live in both marine and freshwater environments, and feed on microscopic algae, bacteria and other food in the water.https://www.sciencephoto.com/image/712136/350wm/K0053692-Vorticella,_light_microscopy-SPL.jpghttps://www.sciencephoto.com/image/712136/preview/K0053692-Vorticella,_light_microscopy-SPL.mp435.082016-01-21Yes30 seconds or greateralveolatabiologicalbiologycellchromalveolataciliaciliateciliophoraciliumclose upclose-upcontractile vacuoleeukaryotaeukaryotefaunafeedingfilter feederfilter feedingfresh waterfreshwaterinternal structureinvertebrateinvertebrateslightlight microscopelight microscopylmmicro-organismmicro-organismsmicrobemicrobiologicalhttps://www.sciencephoto.com/media/712231/view/climber-and-inversion-cloud2018-03-28T09:38:32Z0.9K004/8921 Climber and inversion cloudK004/8921 Climber overlooking clouds below a temperature inversion. An inversion occurs when the normal cooling of air with altitude is prevented by an overlying mass of warm air resting on a bed of denser cold air. This prevents the air below rising, as is normally the case, and can trap fog and smog near ground level. Filmed from Red Screes in the Lake District, Cumbria, UK.https://www.sciencephoto.com/image/712231/350wm/K0048921-Climber_and_inversion_cloud-SPL.jpghttps://www.sciencephoto.com/image/712231/preview/K0048921-Climber_and_inversion_cloud-SPL.mp428.532016-01-22Yesair qualityaloneamblesideautumnboundaryclearcumbriadawnexperiencefallfogfoggyhigh pressurehillill bellkentmerekirkstonekirkstone passlake districtlandscapemagicalmanmistmistymorningmountainmountaineernational parkpeacepeacefulred screesridgehttps://www.sciencephoto.com/media/712232/view/temperature-inversion-cloud2018-03-28T09:38:32Z0.9K004/8928 Temperature inversion cloudK004/8928 Clouds below a temperature inversion. An inversion occurs when the normal cooling of air with altitude is prevented by an overlying mass of warm air resting on a bed of denser cold air. This prevents the air below rising, as is normally the case, and can trap fog and smog near ground level. Filmed looking towards Kentmere Fells, from Red Screes in the Lake District, Cumbria, UK.https://www.sciencephoto.com/image/712232/350wm/K0048928-Temperature_inversion_cloud-SPL.jpghttps://www.sciencephoto.com/image/712232/preview/K0048928-Temperature_inversion_cloud-SPL.mp415.932016-01-22Yesabove the cloudchangingcloudconditionscumbriaduskeveningfogfoggygreyhilllake districtmagicalmistmistymountainnational parkpeakred screessettled high pressureskysunsettemperature inversionukvalleywater vapourweatherweather conditionshttps://www.sciencephoto.com/media/712233/view/climber-and-inversion-cloud2018-11-06T15:33:24Z0.9K004/8944 Climber and inversion cloudK004/8944 Climber overlooking clouds below a temperature inversion. An inversion occurs when the normal cooling of air with altitude is prevented by an overlying mass of warm air resting on a bed of denser cold air. This prevents the air below rising, as is normally the case, and can trap fog and smog near ground level. Filmed from Red Screes in the Lake District, Cumbria, UK.https://www.sciencephoto.com/image/712233/350wm/K0048944-Climber_and_inversion_cloud-SPL.jpghttps://www.sciencephoto.com/image/712233/preview/K0048944-Climber_and_inversion_cloud-SPL.mp420.442016-01-22Yesair qualityamblesideautumnboundaryclearcumbriadawndogexperiencefallfogfoggyhigh pressurehillill bellkentmerekirkstonekirkstone passlake districtlandscapemagicalmanmistmistymorningmountainmountaineernational parkpeacepeacefulpetred screeshttps://www.sciencephoto.com/media/712234/view/mountain-lake-and-walker2018-03-28T09:38:32Z0.9K004/8966 Mountain lake and walkerK004/8966 Climber walking past a mountain lake with his dog, overlooking clouds below a temperature inversion. An inversion occurs when the normal cooling of air with altitude is prevented by an overlying mass of warm air resting on a bed of denser cold air. This prevents the air below rising, as is normally the case, and can trap fog and smog near ground level. Filmed from Red Screes in the Lake District, Cumbria, UK.https://www.sciencephoto.com/image/712234/350wm/K0048966-Mountain_lake_and_walker-SPL.jpghttps://www.sciencephoto.com/image/712234/preview/K0048966-Mountain_lake_and_walker-SPL.mp4362016-01-22Yesair qualityamblesideautumnboundaryclearcumbriadawndogexperiencefallfogfoggyhigh pressurehillill bellkentmerekirkstonekirkstone passlake districtlandscapemagicalmanmistmistymorningmountainmountaineernational parkpeacepeacefulpetred screeshttps://www.sciencephoto.com/media/712235/view/temperature-inversion-cloud2018-03-28T09:38:32Z0.9K004/8968 Temperature inversion cloudK004/8968 Clouds below a temperature inversion. An inversion occurs when the normal cooling of air with altitude is prevented by an overlying mass of warm air resting on a bed of denser cold air. This prevents the air below rising, as is normally the case, and can trap fog and smog near ground level. Filmed looking towards Kentmere Fells, from Red Screes in the Lake District, Cumbria, UK.https://www.sciencephoto.com/image/712235/350wm/K0048968-Temperature_inversion_cloud-SPL.jpghttps://www.sciencephoto.com/image/712235/preview/K0048968-Temperature_inversion_cloud-SPL.mp49.882016-01-22Yesabove the cloudchangingcloudconditionscumbriaduskeveningfogfoggygreyhilllake districtmagicalmistmistymountainnational parkpeakred screessettled high pressureskysunsettemperature inversionukvalleywater vapourweatherweather conditionshttps://www.sciencephoto.com/media/712236/view/autumn-colour-on-a-maple-tree2018-03-28T09:38:32Z0.9K004/9090 Autumn colour on a maple treeK004/9090 Autumn colour on a Japanese maple tree (Acer sp.). Filmed in Ambleside, Lake District, UK.https://www.sciencephoto.com/image/712236/350wm/K0049090-Autumn_colour_on_a_maple_tree-SPL.jpghttps://www.sciencephoto.com/image/712236/preview/K0049090-Autumn_colour_on_a_maple_tree-SPL.mp417.562016-01-22Yes10 seconds or greateramblesideautumnbotanyclose upcurledcurlingdaydeciduouseuropefallflorahandheldlake districtleafleavesnaturenobodyorangeoutdoorsplantreal timerhododendronshrubsunlightukunited kingdomhttps://www.sciencephoto.com/media/712237/view/spring-flowers-and-trees2018-03-28T09:38:32Z0.9K004/9092 Spring flowers and treesK004/9092 Bluebells (Hyacinthoides non-scripta) and beech trees (Fagus sp.) in spring, in the Lake District, UK.https://www.sciencephoto.com/image/712237/350wm/K0049092-Spring_flowers_and_trees-SPL.jpghttps://www.sciencephoto.com/image/712237/preview/K0049092-Spring_flowers_and_trees-SPL.mp416.312016-01-22Yesbeechbeech treebluebellbreezecolourfulflowerfloweringfoliageleafspringswaytreehttps://www.sciencephoto.com/media/712238/view/autumn-trees-reflection2018-03-28T09:38:32Z0.9K004/9095 Autumn trees reflectionK004/9095 Autumnal oak trees reflected in the River Brathay in Lagdale, Lake District, UK.https://www.sciencephoto.com/image/712238/350wm/K0049095-Autumn_trees_reflection-SPL.jpghttps://www.sciencephoto.com/image/712238/preview/K0049095-Autumn_trees_reflection-SPL.mp415.722016-01-22Yesautumnfalllagdalelake districtoakoak treereflectedreflectionrippleripplingriver brathaystillsurfacetreeukhttps://www.sciencephoto.com/media/712239/view/jetty-reflection2018-03-28T09:38:32Z0.9K004/9096 Jetty reflectionK004/9096 Reflections of a jetty on Lake Windermere, Lake District, UK.https://www.sciencephoto.com/image/712239/350wm/K0049096-Jetty_reflection-SPL.jpghttps://www.sciencephoto.com/image/712239/preview/K0049096-Jetty_reflection-SPL.mp415.932016-01-22Yesbluecolourfulformjettylake districtlake windermeremovementpatternplankredreflectedreflectionrippleripplingshapestillsurfaceswayukwharfhttps://www.sciencephoto.com/media/712240/view/skogarfoss-waterfall-iceland2018-03-28T09:38:32Z0.9K004/9098 Skogarfoss waterfall, IcelandK004/9098 Skogarfoss waterfall on Iceland's south coast at Skogar.https://www.sciencephoto.com/image/712240/350wm/K0049098-Skogarfoss_waterfall,_Iceland-SPL.jpghttps://www.sciencephoto.com/image/712240/preview/K0049098-Skogarfoss_waterfall,_Iceland-SPL.mp415.892016-01-22Yesskogar; skogarfoss; white water; water; cascade; waterfall; green; cliff; drop; river; iceland; escarpmenthttps://www.sciencephoto.com/media/712241/view/reflection-in-water2018-03-28T09:38:32Z0.9K004/9103 Reflection in waterK004/9103 Trees reflected in the River Brathay in Lagdale, Lake District, UK.https://www.sciencephoto.com/image/712241/350wm/K0049103-Reflection_in_water-SPL.jpghttps://www.sciencephoto.com/image/712241/preview/K0049103-Reflection_in_water-SPL.mp4642016-01-22Yesdisturbedlagdalelake districtreflectedreflectionrippleripplingriver brathaystillsurfacetreeukhttps://www.sciencephoto.com/media/712242/view/sunset-reflections2018-03-28T09:38:32Z0.9K004/9104 Sunset reflectionsK004/9104 Reflections of sunset on Lake Windermere, Lake District, UK.https://www.sciencephoto.com/image/712242/350wm/K0049104-Sunset_reflections-SPL.jpghttps://www.sciencephoto.com/image/712242/preview/K0049104-Sunset_reflections-SPL.mp415.932016-01-22Yescolourfullake districtlake windermerepinkreflectedreflectionrippleripplingstillsunsetsurfaceukhttps://www.sciencephoto.com/media/712243/view/gullfoss-waterfall-iceland2018-03-28T09:38:32Z0.9K004/9107 Gullfoss waterfall, IcelandK004/9107 Gullfoss, Iceland's most famous and arguably most impressive waterfall.https://www.sciencephoto.com/image/712243/350wm/K0049107-Gullfoss_waterfall,_Iceland-SPL.jpghttps://www.sciencephoto.com/image/712243/preview/K0049107-Gullfoss_waterfall,_Iceland-SPL.mp415.682016-01-22Yescanyoncascadecliffdroperosiongullfossicelandmistnaturalriverrockspectaclespraytourist attractionwaterwaterfallweatheringhttps://www.sciencephoto.com/media/712244/view/gullfoss-waterfall-iceland2018-03-28T09:38:32Z0.9K004/9108 Gullfoss waterfall, IcelandK004/9108 Gullfoss, Iceland's most famous and arguably most impressive waterfall.https://www.sciencephoto.com/image/712244/350wm/K0049108-Gullfoss_waterfall,_Iceland-SPL.jpghttps://www.sciencephoto.com/image/712244/preview/K0049108-Gullfoss_waterfall,_Iceland-SPL.mp415.472016-01-22Yescanyoncascadecliffdroperosiongullfossicelandmistnaturalrainbowriverrockspectaclespraytourist attractionwaterwaterfallweatheringhttps://www.sciencephoto.com/media/712245/view/dettifoss-waterfall-iceland2018-11-06T15:35:07Z0.9K004/9109 Dettifoss waterfall, IcelandK004/9109 Dettifoss waterfall, the largest in Europe by volume, with a drop of 47 metres and an average discharge of 200 metres cubed per second. it is 100 metres wide and takes meltwater in the river Jokulsa a Fjollum from the Vatnajokull ice sheet.https://www.sciencephoto.com/image/712245/350wm/K0049109-Dettifoss_waterfall,_Iceland-SPL.jpghttps://www.sciencephoto.com/image/712245/preview/K0049109-Dettifoss_waterfall,_Iceland-SPL.mp417.732016-01-22Yescliffdettifossdroperosiongeologyicelandjokulsa a fjollumjokulsargljufurmeltwaternational parkriverrocksedimentwaterwaterfallwhite waterwildhttps://www.sciencephoto.com/media/712246/view/godafoss-waterfall-iceland2018-03-28T09:38:32Z0.9K004/9111 Godafoss waterfall, IcelandK004/9111 Godafoss waterfall in northern Iceland, near Akureyri.https://www.sciencephoto.com/image/712246/350wm/K0049111-Godafoss_waterfall,_Iceland-SPL.jpghttps://www.sciencephoto.com/image/712246/preview/K0049111-Godafoss_waterfall,_Iceland-SPL.mp417.732016-01-22Yescascadecliffdropfosshollglacialgodafosslipmeltwaterriverrocksedimentskjalfandafljotspraywaterwaterfallwhite waterhttps://www.sciencephoto.com/media/712247/view/spring-flowers-and-trees2018-03-28T09:38:32Z0.9K004/9112 Spring flowers and treesK004/9112 Bluebells (Hyacinthoides non-scripta) and beech trees (Fagus sp.) in spring, in the Lake District, UK.https://www.sciencephoto.com/image/712247/350wm/K0049112-Spring_flowers_and_trees-SPL.jpghttps://www.sciencephoto.com/image/712247/preview/K0049112-Spring_flowers_and_trees-SPL.mp415.62016-01-22Yesbeechbeech treebluebellbreezecolourfulflowerfloweringfoliageleafspringswaytreehttps://www.sciencephoto.com/media/712248/view/tulip-tree2018-03-28T09:38:32Z0.9K004/9116 Tulip treeK004/9116 Insects flying around the leaves of a tulip tree (Liriodendron tulipifera). Filmed in Ambleside, Lake District, UK.https://www.sciencephoto.com/image/712248/350wm/K0049116-Tulip_tree-SPL.jpghttps://www.sciencephoto.com/image/712248/preview/K0049116-Tulip_tree-SPL.mp416.062016-01-22Yesbreezefliesflyfoliagegreeninsectleafstillswarmswaytreewarmhttps://www.sciencephoto.com/media/712249/view/mist-over-a-lake2018-03-28T09:38:32Z0.9K004/9132 Mist over a lakeK004/9132 Mist over Lake Windermere in the Lake District, UK. Filmed at sunrise during cold weather in December 2010. The water remained warmer than the air, causing low mist to form.https://www.sciencephoto.com/image/712249/350wm/K0049132-Mist_over_a_lake-SPL.jpghttps://www.sciencephoto.com/image/712249/preview/K0049132-Mist_over_a_lake-SPL.mp415.642016-01-22Yesamblesidecalmcoldcumbriadawnenglandfreezingfreezing foghigh pressurehillhouseicelakelake districtlocationmistmountainnational parkpostreflectionskysnowstillsub zerosunrisesurfacetemperaturetreeukviewvistawaterhttps://www.sciencephoto.com/media/712250/view/evening-clouds2018-03-28T09:38:32Z0.9K004/9134 Evening cloudsK004/9134 Sunset over Ambleside, Lake District, UK. Low dark clouds are silhouetted against higher clouds still illuminated red by the setting sun.https://www.sciencephoto.com/image/712250/350wm/K0049134-Evening_clouds-SPL.jpghttps://www.sciencephoto.com/image/712250/preview/K0049134-Evening_clouds-SPL.mp419.062016-01-22Yesamblesidecloudduskeveningglowpinkredskysunsetukunderlightingwater vapourweatherhttps://www.sciencephoto.com/media/712251/view/climbing-a-frozen-waterfall2018-03-28T09:38:32Z0.9K004/9136 Climbing a frozen waterfallK004/9136 Ice climber on a frozen waterfall. Filmed in Fisherplace Ghyll, Thirlmere, Lake District, UK.https://www.sciencephoto.com/image/712251/350wm/K0049136-Climbing_a_frozen_waterfall-SPL.jpghttps://www.sciencephoto.com/image/712251/preview/K0049136-Climbing_a_frozen_waterfall-SPL.mp421.12016-01-22Yesamblesideascendclimberclimbingcoldcold snapcramponsfisherplace gillfreezingfrozenfrozen waterfallghyllhelmeticeice axeice climbingicicleicicleslake districtmalemanmountaineerredropestreamsub zerothirlmereukwater coursewaterfallwinterwinter conditionshttps://www.sciencephoto.com/media/712252/view/mist-over-a-lake2018-03-28T09:38:32Z0.9K004/9137 Mist over a lakeK004/9137 Mist over Lake Windermere in the Lake District, UK. Filmed at sunrise during cold weather in December 2010. The water remained warmer than the air, causing low mist to form.https://www.sciencephoto.com/image/712252/350wm/K0049137-Mist_over_a_lake-SPL.jpghttps://www.sciencephoto.com/image/712252/preview/K0049137-Mist_over_a_lake-SPL.mp417.62016-01-22Yesamblesideboatcalmcoldcumbriadawn brightenglandfreezingfreezing fogglowhigh pressurehillicelakelake districtmistmountainmute swannational parkorangereflectionsailing boatskysnowstillsub zerosunrisesurfaceswantemperatureukwaterhttps://www.sciencephoto.com/media/712253/view/mist-over-a-lake2018-03-28T09:38:32Z0.9K004/9140 Mist over a lakeK004/9140 Mist over Lake Windermere in the Lake District, UK. Filmed at sunrise during cold weather in December 2010. The water remained warmer than the air, causing low mist to form.https://www.sciencephoto.com/image/712253/350wm/K0049140-Mist_over_a_lake-SPL.jpghttps://www.sciencephoto.com/image/712253/preview/K0049140-Mist_over_a_lake-SPL.mp415.932016-01-22Yesamblesideboatcalmcoldcumbriadawn brightenglandfreezingfreezing fogglowhigh pressurehillicelakelake districtmistmountainmute swannational parkorangereflectionsailing boatskysnowstillsub zerosunrisesurfaceswantemperatureukwaterhttps://www.sciencephoto.com/media/712254/view/mist-over-a-lake2018-03-28T09:38:32Z0.9K004/9143 Mist over a lakeK004/9143 Mist over Lake Windermere in the Lake District, UK. Filmed at sunrise during cold weather in December 2010. The water remained warmer than the air, causing low mist to form.https://www.sciencephoto.com/image/712254/350wm/K0049143-Mist_over_a_lake-SPL.jpghttps://www.sciencephoto.com/image/712254/preview/K0049143-Mist_over_a_lake-SPL.mp416.182016-01-22Yesamblesideboatcalmcoldcumbriadawn brightenglandfreezingfreezing fogglowhigh pressurehillicelakelake districtmistmountainmute swannational parkorangereflectionsailing boatskysnowstillsub zerosunrisesurfaceswantemperatureukwaterhttps://www.sciencephoto.com/media/712255/view/mist-over-a-lake2018-03-28T09:38:32Z0.9K004/9144 Mist over a lakeK004/9144 Mist over Lake Windermere in the Lake District, UK. Filmed at sunrise during cold weather in December 2010. The water remained warmer than the air, causing low mist to form.https://www.sciencephoto.com/image/712255/350wm/K0049144-Mist_over_a_lake-SPL.jpghttps://www.sciencephoto.com/image/712255/preview/K0049144-Mist_over_a_lake-SPL.mp415.852016-01-22Yesamblesideboatcalmcoldcumbriadawn brightenglandfreezingfreezing fogglowhigh pressurehillicelakelake districtmistmountainmute swannational parkorangereflectionsailing boatskysnowstillsub zerosunrisesurfaceswantemperatureukwaterhttps://www.sciencephoto.com/media/712256/view/waterfall-icicles2018-11-06T15:34:48Z0.9K004/9147 Waterfall iciclesK004/9147 Icicles by a waterfall. Filmed in Fisherplace Ghyll, Thirlmere, Lake District, UK, in winter.https://www.sciencephoto.com/image/712256/350wm/K0049147-Waterfall_icicles-SPL.jpghttps://www.sciencephoto.com/image/712256/preview/K0049147-Waterfall_icicles-SPL.mp415.972016-01-22Yesamblesidecoldcold snapfisherplace gillfreezingfrozenfrozen waterfallghylliceicicleicicleslake districtstreamsub zerothirlmereukwater coursewaterfallwinterwinter conditionshttps://www.sciencephoto.com/media/712257/view/black-sand-beach-iceland2018-03-28T09:38:32Z0.9K004/9148 Black sand beach, IcelandK004/9148 Black sand beach on the southern coast of Iceland. The black sand is made of volcanic rock. On the horizon, a rock arch and sea stacks are seen.https://www.sciencephoto.com/image/712257/350wm/K0049148-Black_sand_beach,_Iceland-SPL.jpghttps://www.sciencephoto.com/image/712257/preview/K0049148-Black_sand_beach,_Iceland-SPL.mp417.892016-01-22Yesarchbasaltcliffcoastcoastalcolumnar jointingerodederosiongeologyicelandicelandiclandscapepinnacleplate tectonicsrocksceneryseasea stackstackvolcanicwavehttps://www.sciencephoto.com/media/712258/view/misty-road2018-03-28T09:38:32Z0.9K004/9154 Misty roadK004/9154 Mist over Bog Lane in Ambleside, Lake District, UK.https://www.sciencephoto.com/image/712258/350wm/K0049154-Misty_road-SPL.jpghttps://www.sciencephoto.com/image/712258/preview/K0049154-Misty_road-SPL.mp49.342016-01-22Yesamblesideautumnbog lanefogfoggylake districtmistmistyroadukvisibilitywater vapourweather conditionshttps://www.sciencephoto.com/media/712259/view/mist-over-a-lake2018-03-28T09:38:32Z0.9K004/9160 Mist over a lakeK004/9160 Mist over Lake Windermere in the Lake District, UK. Filmed at sunrise during cold weather in December 2010. The water remained warmer than the air, causing low mist to form.https://www.sciencephoto.com/image/712259/350wm/K0049160-Mist_over_a_lake-SPL.jpghttps://www.sciencephoto.com/image/712259/preview/K0049160-Mist_over_a_lake-SPL.mp428.822016-01-22Yesamblesideboatcalmcoldcumbriadawn brightenglandfreezingfreezing fogglowhigh pressurehillicelakelake districtmistmountainmute swannational parkorangereflectionsailing boatskysnowstillsub zerosunrisesurfaceswantemperatureukwaterhttps://www.sciencephoto.com/media/712260/view/mist-over-a-lake2018-03-28T09:38:32Z0.9K004/9166 Mist over a lakeK004/9166 Mist over Lake Windermere in the Lake District, UK. Filmed at sunrise during cold weather in December 2010. The water remained warmer than the air, causing low mist to form.https://www.sciencephoto.com/image/712260/350wm/K0049166-Mist_over_a_lake-SPL.jpghttps://www.sciencephoto.com/image/712260/preview/K0049166-Mist_over_a_lake-SPL.mp423.232016-01-22Yesamblesideboatcalmcoldcumbriadawn brightenglandfreezingfreezing fogglowhigh pressurehillicelakelake districtmistmountainmute swannational parkorangereflectionsailing boatskysnowstillsub zerosunrisesurfaceswantemperatureukwaterhttps://www.sciencephoto.com/media/712261/view/cloud-moving-downhill2018-03-28T09:38:32Z0.9K004/9168 Cloud moving downhillK004/9168 Cloud descending the slope of Red Screes in the Lake District, UK.https://www.sciencephoto.com/image/712261/350wm/K0049168-Cloud_moving_downhill-SPL.jpghttps://www.sciencephoto.com/image/712261/preview/K0049168-Cloud_moving_downhill-SPL.mp416.732016-01-22Yesclouddescenddescendingduskfogglowlake districtmistmoonmountainnew moonorangepeakred screesskyslopestepsunsethttps://www.sciencephoto.com/media/712262/view/cloud-moving-downhill2018-03-28T09:38:32Z0.9K004/9172 Cloud moving downhillK004/9172 Cloud descending the slope of Red Screes in the Lake District, UK.https://www.sciencephoto.com/image/712262/350wm/K0049172-Cloud_moving_downhill-SPL.jpghttps://www.sciencephoto.com/image/712262/preview/K0049172-Cloud_moving_downhill-SPL.mp4332016-01-22Yesclouddescenddescendingduskfogglowlake districtmistmoonmountainnew moonorangepeakred screesskyslopestepsunsethttps://www.sciencephoto.com/media/712263/view/mist-over-a-lake2018-03-28T09:38:32Z0.9K004/9176 Mist over a lakeK004/9176 Mist over Lake Windermere in the Lake District, UK. Filmed at sunrise during cold weather in December 2010. The water remained warmer than the air, causing low mist to form.https://www.sciencephoto.com/image/712263/350wm/K0049176-Mist_over_a_lake-SPL.jpghttps://www.sciencephoto.com/image/712263/preview/K0049176-Mist_over_a_lake-SPL.mp4422016-01-22Yesamblesidecalmcoldcumbriadawnenglandfreezingfreezing foghigh pressurehillhouseicelakelake districtlocationmistmountainnational parkpostreflectionskysnowstillsub zerosunrisesurfacetemperaturetreeukviewvistawaterhttps://www.sciencephoto.com/media/712264/view/mist-over-a-lake2018-03-28T09:38:32Z0.9K004/9179 Mist over a lakeK004/9179 Mist over Lake Windermere in the Lake District, UK. Filmed at sunrise during cold weather in December 2010. The water remained warmer than the air, causing low mist to form.https://www.sciencephoto.com/image/712264/350wm/K0049179-Mist_over_a_lake-SPL.jpghttps://www.sciencephoto.com/image/712264/preview/K0049179-Mist_over_a_lake-SPL.mp415.352016-01-22Yesamblesidecalmcoldcumbriadawnenglandfreezingfreezing foghigh pressurehillhouseicelakelake districtlocationmistmountainnational parkpostreflectionskysnowstillsub zerosunrisesurfacetemperaturetreeukviewvistawaterhttps://www.sciencephoto.com/media/712265/view/mist-over-a-lake2018-03-28T09:38:32Z0.9K004/9180 Mist over a lakeK004/9180 Mist over Lake Windermere in the Lake District, UK. Filmed at sunrise during cold weather in December 2010. The water remained warmer than the air, causing low mist to form.https://www.sciencephoto.com/image/712265/350wm/K0049180-Mist_over_a_lake-SPL.jpghttps://www.sciencephoto.com/image/712265/preview/K0049180-Mist_over_a_lake-SPL.mp415.562016-01-22Yesamblesideboatcalmcoldcumbriadawn brightenglandfreezingfreezing fogglowhigh pressurehillicelakelake districtmistmountainmute swannational parkorangereflectionsailing boatskysnowstillsub zerosunrisesurfaceswantemperatureukwaterhttps://www.sciencephoto.com/media/712266/view/misty-trees2018-03-28T09:38:32Z0.9K004/9183 Misty treesK004/9183 Mist drifting through trees on Loughrigg, Lake District, UK.https://www.sciencephoto.com/image/712266/350wm/K0049183-Misty_trees-SPL.jpghttps://www.sciencephoto.com/image/712266/preview/K0049183-Misty_trees-SPL.mp415.932016-01-22Yesamblesideautumndriftingfencefogfoggylake districtmistmistyoakoak treestilltreeukvisibilitywater vapourweather conditionswoodlandhttps://www.sciencephoto.com/media/712267/view/air-bubbles-beneath-ice2018-03-28T09:38:32Z0.9K004/9186 Air bubbles beneath iceK004/9186 Air bubbles trapped under ice on a frozen stream in Ambleside, Lake District, UK.https://www.sciencephoto.com/image/712267/350wm/K0049186-Air_bubbles_beneath_ice-SPL.jpghttps://www.sciencephoto.com/image/712267/preview/K0049186-Air_bubbles_beneath_ice-SPL.mp415.272016-01-22Yesairair bubbleamblesidecoldcold snapfreezingfrozeniceicicleicicleslake districtstreamsub zerotrappedukwater coursewinterwinter conditionshttps://www.sciencephoto.com/media/712268/view/mist-over-a-lake2018-03-28T09:38:32Z0.9K004/9191 Mist over a lakeK004/9191 Mist over Lake Windermere in the Lake District, UK. Filmed at sunrise during cold weather in December 2010. The water remained warmer than the air, causing low mist to form.https://www.sciencephoto.com/image/712268/350wm/K0049191-Mist_over_a_lake-SPL.jpghttps://www.sciencephoto.com/image/712268/preview/K0049191-Mist_over_a_lake-SPL.mp416.12016-01-22Yesamblesideboatcalmcoldcumbriadawn brightenglandfreezingfreezing fogglowhigh pressurehillicelakelake districtmistmountainmute swannational parkorangereflectionsailing boatskysnowstillsub zerosunrisesurfaceswantemperatureukwaterhttps://www.sciencephoto.com/media/712269/view/mist-and-cloud2018-03-28T09:38:32Z0.9K004/9193 Mist and cloudK004/9193 Mist and cloud over Lake Windermere, Lake District, UK.https://www.sciencephoto.com/image/712269/350wm/K0049193-Mist_and_cloud-SPL.jpghttps://www.sciencephoto.com/image/712269/preview/K0049193-Mist_and_cloud-SPL.mp416.062016-01-22Yesamblesidecalmcumbriaenglandhigh pressurehilllakelake districtmistmountainnational parkpostreflectionskystillsurfacetemperaturetreeukwaterwindermerewinterwoodlandhttps://www.sciencephoto.com/media/712270/view/cloud-moving-downhill2018-03-28T09:38:32Z0.9K004/9198 Cloud moving downhillK004/9198 Cloud descending the slope of Red Screes in the Lake District, UK.https://www.sciencephoto.com/image/712270/350wm/K0049198-Cloud_moving_downhill-SPL.jpghttps://www.sciencephoto.com/image/712270/preview/K0049198-Cloud_moving_downhill-SPL.mp48.552016-01-22Yesclouddescenddescendingduskfogglowlake districtmistmoonmountainnew moonorangepeakred screesskyslopestepsunsethttps://www.sciencephoto.com/media/712271/view/mist-over-a-lake2018-11-06T15:32:53Z0.9K004/9200 Mist over a lakeK004/9200 Mist over Lake Windermere in the Lake District, UK. Filmed at sunrise during cold weather in December 2010. The water remained warmer than the air, causing low mist to form.https://www.sciencephoto.com/image/712271/350wm/K0049200-Mist_over_a_lake-SPL.jpghttps://www.sciencephoto.com/image/712271/preview/K0049200-Mist_over_a_lake-SPL.mp412.932016-01-22Yesamblesidecalmcoldcumbriadawnenglandfreezingfreezing foghigh pressurehillhouseicelakelake districtlocationmistmountainnational parkpostreflectionskysnowstillsub zerosunrisesurfacetemperaturetreeukviewvistawaterhttps://www.sciencephoto.com/media/712272/view/walking-on-a-beach2018-11-06T15:38:28Z0.9K004/9206 Walking on a beachK004/9206 Walker dodging waves on a beach in southern Iceland. The beach features black sand made of volcanic rock, and eroded stacks are seen in the background.https://www.sciencephoto.com/image/712272/350wm/K0049206-Walking_on_a_beach-SPL.jpghttps://www.sciencephoto.com/image/712272/preview/K0049206-Walking_on_a_beach-SPL.mp417.232016-01-22Yesbasaltblack sandbreaking wavecliffcoastcoastalcolumnar jointingerodederosionescapefungeologyicelandicelandiclandscapemalemanpinnacleplate tectonicsrockrunsceneryseasea stackstackswiftvolcanicwavehttps://www.sciencephoto.com/media/712273/view/mist-and-cloud2018-03-28T09:38:32Z0.9K004/9212 Mist and cloudK004/9212 Mist and cloud over Lake Windermere, Lake District, UK.https://www.sciencephoto.com/image/712273/350wm/K0049212-Mist_and_cloud-SPL.jpghttps://www.sciencephoto.com/image/712273/preview/K0049212-Mist_and_cloud-SPL.mp415.932016-01-22Yesamblesidecalmcumbriaenglandhigh pressurehilllakelake districtmistmountainnational parkpostreflectionskystillsurfacetemperaturetreeukwaterwindermerewinterwoodlandhttps://www.sciencephoto.com/media/712274/view/waterfall-icicles2018-03-28T09:38:32Z0.9K004/9214 Waterfall iciclesK004/9214 Icicles by a waterfall. Filmed in Fisherplace Ghyll, Thirlmere, Lake District, UK, in winter.https://www.sciencephoto.com/image/712274/350wm/K0049214-Waterfall_icicles-SPL.jpghttps://www.sciencephoto.com/image/712274/preview/K0049214-Waterfall_icicles-SPL.mp415.772016-01-22Yesamblesidecoldcold snapfisherplace gillfreezingfrozenfrozen waterfallghylliceicicleicicleslake districtstreamsub zerothirlmereukwater coursewaterfallwinterwinter conditionshttps://www.sciencephoto.com/media/712275/view/misty-trees2018-03-28T09:38:32Z0.9K004/9215 Misty treesK004/9215 Mist drifting through trees on Loughrigg, Lake District, UK.https://www.sciencephoto.com/image/712275/350wm/K0049215-Misty_trees-SPL.jpghttps://www.sciencephoto.com/image/712275/preview/K0049215-Misty_trees-SPL.mp414.812016-01-22Yesamblesideautumndriftingfogfoggylake districtmistmistystilltreeukvisibilitywater vapourweather conditionswoodlandhttps://www.sciencephoto.com/media/712276/view/postbox-in-snow2018-03-28T09:38:32Z0.9K004/9267 Postbox in snowK004/9267 Snow on a postbox in Thirlmere in the Lake District, UK.https://www.sciencephoto.com/image/712276/350wm/K0049267-Postbox_in_snow-SPL.jpghttps://www.sciencephoto.com/image/712276/preview/K0049267-Postbox_in_snow-SPL.mp416.642016-01-22Yesblizzardcoldcumbriafreezinglake districtletter boxpost boxredroyal mailsnowsnowingthirlmereukweatherwhitewinter conditionshttps://www.sciencephoto.com/media/712277/view/walking-through-snow2018-03-28T09:38:32Z0.9K004/9270 Walking through snowK004/9270 Man walking through snow, Ambleside, Lake District, UK.https://www.sciencephoto.com/image/712277/350wm/K0049270-Walking_through_snow-SPL.jpghttps://www.sciencephoto.com/image/712277/preview/K0049270-Walking_through_snow-SPL.mp44.922016-01-22Yesamblesideascendcoldcrunchcrunchingcumbriafootstepfreezinglake districtmalemansnowsnowpackukwalkingweatherwhitewinter conditionshttps://www.sciencephoto.com/media/712278/view/mountain-traffic-in-snow2018-03-28T09:38:32Z0.9K004/9274 Mountain traffic in snowK004/9274 Traffic driving over Kirkstone Pass in the Lake District, UK, in winter conditions.https://www.sciencephoto.com/image/712278/350wm/K0049274-Mountain_traffic_in_snow-SPL.jpghttps://www.sciencephoto.com/image/712278/preview/K0049274-Mountain_traffic_in_snow-SPL.mp421.232016-01-22Yescoldcumbriadangerousdrivingdriving conditionsfreezinghaulageicyicy roadkirkstone passlake districtlorrymountain passroadsnowtruckukweatherwhitewinter conditionshttps://www.sciencephoto.com/media/712279/view/sheep-in-snow2018-03-28T09:38:32Z0.9K004/9284 Sheep in snowK004/9284 Sheep feeding in snow in Thirlmere in the Lake District, UK.https://www.sciencephoto.com/image/712279/350wm/K0049284-Sheep_in_snow-SPL.jpghttps://www.sciencephoto.com/image/712279/preview/K0049284-Sheep_in_snow-SPL.mp416.642016-01-22Yesblizzardcoldcumbriafeedingflockfreezinghouselake districtsheepsnowsnowingthirlmerethirlspotukweatherwhitewinter conditionshttps://www.sciencephoto.com/media/712280/view/walking-a-dog-in-snow2018-03-28T09:38:32Z0.9K004/9286 Walking a dog in snowK004/9286 Couple walking their dog through snow in Ambleside in the Lake District, UK.https://www.sciencephoto.com/image/712280/350wm/K0049286-Walking_a_dog_in_snow-SPL.jpghttps://www.sciencephoto.com/image/712280/preview/K0049286-Walking_a_dog_in_snow-SPL.mp414.12016-01-22Yesamblesidecoldcumbriadogdog walkingfreezinglake districtparkpathsnowsnowingtrailukwalkwalkerweatherwhitewinter conditionshttps://www.sciencephoto.com/media/712281/view/mountain-traffic-in-snow2018-03-28T09:38:32Z0.9K004/9290 Mountain traffic in snowK004/9290 Traffic driving over Kirkstone Pass in the Lake District, UK, in winter conditions.https://www.sciencephoto.com/image/712281/350wm/K0049290-Mountain_traffic_in_snow-SPL.jpghttps://www.sciencephoto.com/image/712281/preview/K0049290-Mountain_traffic_in_snow-SPL.mp4382016-01-22Yescoldcumbriadangerousdrivingdriving conditionsfour wheel drivefreezingicyicy roadkirkstone passlake districtland rovermountain passoff road vehicleroadsnowukweatherwhitewinter conditionshttps://www.sciencephoto.com/media/712282/view/road-sign-snow2018-03-28T09:38:32Z0.9K004/9291 Road sign snowK004/9291 Snow covering a road sign in Thirlmere in the Lake District, UK.https://www.sciencephoto.com/image/712282/350wm/K0049291-Road_sign_snow-SPL.jpghttps://www.sciencephoto.com/image/712282/preview/K0049291-Road_sign_snow-SPL.mp414.472016-01-22Yesblizzardcoldcumbriafreezinglake districtroad signsnowsnowingthirlmereukweatherwhitewinter conditionshttps://www.sciencephoto.com/media/712283/view/snow2018-03-28T09:38:32Z0.9K004/9296 SnowK004/9296 Snow over Ambleside in the Lake District, UK.https://www.sciencephoto.com/image/712283/350wm/K0049296-Snow-SPL.jpghttps://www.sciencephoto.com/image/712283/preview/K0049296-Snow-SPL.mp415.722016-01-22Yesamblesidecoldcumbriafreezinglake districtsnowsnowingukweatherwhitewinter conditionshttps://www.sciencephoto.com/media/712284/view/snow2018-03-28T09:38:32Z0.9K004/9297 SnowK004/9297 Snow over Thirlmere in the Lake District, UK.https://www.sciencephoto.com/image/712284/350wm/K0049297-Snow-SPL.jpghttps://www.sciencephoto.com/image/712284/preview/K0049297-Snow-SPL.mp415.932016-01-22Yesblizzardcoldcumbriafreezinglake districtsnowsnowingthirlmeretreeukweatherwhitewinter conditionshttps://www.sciencephoto.com/media/712285/view/snow-on-berries2018-03-28T09:38:32Z0.9K004/9300 Snow on berriesK004/9300 Snow on red berries on a branch.https://www.sciencephoto.com/image/712285/350wm/K0049300-Snow_on_berries-SPL.jpghttps://www.sciencephoto.com/image/712285/preview/K0049300-Snow_on_berries-SPL.mp415.062016-01-22Yesamblesideberriesberrycoldcumbriafestiveforestfreezinglake districtloadedredsnowsnowingstock ghylltreeukweatherwhitewinter conditionswoodlandhttps://www.sciencephoto.com/media/712286/view/mountain-traffic-in-snow2018-03-28T09:38:32Z0.9K004/9301 Mountain traffic in snowK004/9301 Traffic driving over Kirkstone Pass in the Lake District, UK, in winter conditions.https://www.sciencephoto.com/image/712286/350wm/K0049301-Mountain_traffic_in_snow-SPL.jpghttps://www.sciencephoto.com/image/712286/preview/K0049301-Mountain_traffic_in_snow-SPL.mp424.692016-01-22Yescoldcumbriadangerousdrivingdriving conditionsfour wheel drivefreezingicyicy roadkirkstone passlake districtmountain passoff road vehicleredroadroad signsnowukwarningweatherwhitewinter conditionshttps://www.sciencephoto.com/media/712287/view/snow-covered-trees2018-03-28T09:38:32Z0.9K004/9305 Snow-covered treesK004/9305 Snow falling off trees in Ambleside in the Lake District, UK.https://www.sciencephoto.com/image/712287/350wm/K0049305-Snow-covered_trees-SPL.jpghttps://www.sciencephoto.com/image/712287/preview/K0049305-Snow-covered_trees-SPL.mp420.942016-01-22Yesamblesidecoldcumbriadroppingforestfreezinglake districtmeltmeltingsnowsnowingstock ghylltreeukweatherwhitewinter conditionswoodlandhttps://www.sciencephoto.com/media/712288/view/renewable-energy-road-sign2018-03-28T09:38:32Z0.9K004/9306 Renewable energy road signK004/9306 Road sign powered by both solar and wind power. Filmed on Kirkstone Pass in the Lake District, UK, in winter conditions.https://www.sciencephoto.com/image/712288/350wm/K0049306-Renewable_energy_road_sign-SPL.jpghttps://www.sciencephoto.com/image/712288/preview/K0049306-Renewable_energy_road_sign-SPL.mp417.022016-01-22Yescoldcumbriadangerousdrivingdriving conditionselectricityenergyfreezingicykirkstone passlake districtmountain passoff gridphoto voltaicpowerpvrenewable energysnowsolar panelsolar powerukweatherwhitewind powerwind turbinewinter conditionshttps://www.sciencephoto.com/media/712289/view/snow-covered-trees2018-03-28T09:38:32Z0.9K004/9308 Snow-covered treesK004/9308 Snow falling off trees in Ambleside in the Lake District, UK.https://www.sciencephoto.com/image/712289/350wm/K0049308-Snow-covered_trees-SPL.jpghttps://www.sciencephoto.com/image/712289/preview/K0049308-Snow-covered_trees-SPL.mp415.562016-01-22Yesamblesidecoldcumbriadroppingfreezinglake districtloadedmeltmeltingsnowsnowingstock ghylltreeukweatherwhitewinter conditionshttps://www.sciencephoto.com/media/712290/view/traffic-in-snow2018-03-28T09:38:32Z0.9K004/9309 Traffic in snowK004/9309 Snow over a road in Thirlmere, in the Lake District, UK.https://www.sciencephoto.com/image/712290/350wm/K0049309-Traffic_in_snow-SPL.jpghttps://www.sciencephoto.com/image/712290/preview/K0049309-Traffic_in_snow-SPL.mp415.682016-01-22Yesblizzardcoldcumbriafreezinglake districtsnowsnowingthirlmeretreeukweatherwhitewinter conditionshttps://www.sciencephoto.com/media/712291/view/wind-vortex2018-10-20T00:31:07Z0.9K004/9311 Wind vortexK004/9311 Leaves being blown around in a circular vortex by winds shaped by walls and a doorway.https://www.sciencephoto.com/image/712291/350wm/K0049311-Wind_vortex-SPL.jpghttps://www.sciencephoto.com/image/712291/preview/K0049311-Wind_vortex-SPL.mp420.522016-01-22Yesdoordoorwayentranceleafleavesrotatevortexweatherwhirlwindwindyhttps://www.sciencephoto.com/media/712292/view/stormy-sea2018-03-28T09:38:32Z0.9K004/9315 Stormy seaK004/9315 Storm force winds whipping up the sea on Iceland's south coast.https://www.sciencephoto.com/image/712292/350wm/K0049315-Stormy_sea-SPL.jpghttps://www.sciencephoto.com/image/712292/preview/K0049315-Stormy_sea-SPL.mp424.322016-01-22Yesblowingextreme weathergaleicelandsalt sprayseaspraystorm forcestrong windweatherwindwindyhttps://www.sciencephoto.com/media/712293/view/gale2018-03-28T09:38:32Z0.9K004/9319 GaleK004/9319 Unseasonal storm force winds blowing in Ambleside, Lake District, UK, in the summer.https://www.sciencephoto.com/image/712293/350wm/K0049319-Gale-SPL.jpghttps://www.sciencephoto.com/image/712293/preview/K0049319-Gale-SPL.mp418.522016-01-22Yesamblesideextreme weathergalehedgelake districtlow pressureshrubstormstorm forcestrong windsummertreeweatherwindwindyhttps://www.sciencephoto.com/media/712294/view/wind-farm2018-03-28T09:38:32Z0.9K004/9336 Wind farmK004/9336 Black Law wind farm in the Southern uplands of Scotland, UK.https://www.sciencephoto.com/image/712294/350wm/K0049336-Wind_farm-SPL.jpghttps://www.sciencephoto.com/image/712294/preview/K0049336-Wind_farm-SPL.mp428.132016-01-22Yesblack lawbladecarbon neutralcleanclimate changeelectricityenergy productiongeneratinggenerationglobal warminggreengridpowerrenewablerenewable energyrotatescotlandsouthern uplandsukwindwind farmwind powerwind turbinehttps://www.sciencephoto.com/media/712295/view/wind2018-03-28T09:38:32Z0.9K004/9337 WindK004/9337 Unseasonal storm force winds blowing in Ambleside, Lake District UK in the summerhttps://www.sciencephoto.com/image/712295/350wm/K0049337-Wind-SPL.jpghttps://www.sciencephoto.com/image/712295/preview/K0049337-Wind-SPL.mp424.942016-01-22Yesamblesideextreme weathergalehedgelake districtlow pressureshrubstormstorm forcestrong windsummertreeweatherwindwindyhttps://www.sciencephoto.com/media/712296/view/whitlee-wind-farm2018-03-28T09:38:32Z0.9K004/9339 Whitlee wind farmK004/9339 Whitlee wind farm on Eaglesham Moor just south of Glasgow in Scotland, UK, is Europe's largest onshore wind farm with 140 turbines and an installed capacity of 322 MW, enough energy to power 180,000 homeshttps://www.sciencephoto.com/image/712296/350wm/K0049339-Whitlee_wind_farm-SPL.jpghttps://www.sciencephoto.com/image/712296/preview/K0049339-Whitlee_wind_farm-SPL.mp416.852016-01-22Yesbluecarbon footprintcarbon neutralclean energyclimate changecloudeagleshameaglesham moorelectricity productionenergyenergy companyenergy needsenergy productionglobal warminggreen investmentinvestmentlanarkshirelargelightmegawattmoorlandmwnacelleoutputpowerrenewable energyrotorscotlandscottish powerskysustainabilitysustainablehttps://www.sciencephoto.com/media/712297/view/whitlee-wind-farm2018-03-28T09:38:32Z0.9K004/9348 Whitlee wind farmK004/9348 Whitlee wind farm on Eaglesham Moor just south of Glasgow in Scotland, UK, is Europe's largest onshore wind farm with 140 turbines and an installed capacity of 322 MW, enough energy to power 180,000 homeshttps://www.sciencephoto.com/image/712297/350wm/K0049348-Whitlee_wind_farm-SPL.jpghttps://www.sciencephoto.com/image/712297/preview/K0049348-Whitlee_wind_farm-SPL.mp49.842016-01-22Yesbluecarbon footprintcarbon neutralclean energyclimate changecloudeagleshameaglesham moorelectricity productionenergyenergy companyenergy needsenergy productionglobal warminggreen investmentinvestmentlanarkshirelargelightmegawattmoorlandmwnacelleoutputpowerrenewable energyrotorscotlandscottish powerskysustainabilitysustainablehttps://www.sciencephoto.com/media/712298/view/whitlee-wind-farm2018-11-06T15:33:50Z0.9K004/9349 Whitlee wind farmK004/9349 Whitlee wind farm on Eaglesham Moor just south of Glasgow in Scotland, UK, is Europe's largest onshore wind farm with 140 turbines and an installed capacity of 322 MW, enough energy to power 180,000 homeshttps://www.sciencephoto.com/image/712298/350wm/K0049349-Whitlee_wind_farm-SPL.jpghttps://www.sciencephoto.com/image/712298/preview/K0049349-Whitlee_wind_farm-SPL.mp415.392016-01-22Yesbluecarbon footprintcarbon neutralclean energyclimate changecloudeagleshameaglesham moorelectricity productionenergyenergy companyenergy needsenergy productionglobal warminggreen investmentinvestmentlanarkshirelargelightmegawattmoorlandmwnacelleoutputpowerrenewable energyrotorscotlandscottish powerskysustainabilitysustainablehttps://www.sciencephoto.com/media/712299/view/wind-turbine-silhouette2018-03-28T09:38:32Z0.9K004/9350 Wind turbine silhouetteK004/9350 Turbine at a wind farm near La Calahorra in Andalucia, Spain.https://www.sciencephoto.com/image/712299/350wm/K0049350-Wind_turbine_silhouette-SPL.jpghttps://www.sciencephoto.com/image/712299/preview/K0049350-Wind_turbine_silhouette-SPL.mp49.512016-01-22Yesandaluciabladecarbon footprintcarbon neutralcleanenvironmentfieldgrassgreengreen investmenthabitatnaturerenewable energyset asidespainspring lightsunlightsunsetvergewind farmwind powerwind turbinewindmillhttps://www.sciencephoto.com/media/712300/view/wind-turbine2018-11-06T15:37:35Z0.9K004/9353 Wind turbineK004/9353 Turbine at a wind farm near La Calahorra in Andalucia, Spain.https://www.sciencephoto.com/image/712300/350wm/K0049353-Wind_turbine-SPL.jpghttps://www.sciencephoto.com/image/712300/preview/K0049353-Wind_turbine-SPL.mp415.812016-01-22Yesandaluciabladecarbon footprintcarbon neutralcleanenvironmentgreengreen investmentrenewable energyspainspring lightsunlightwind farmwind powerwind turbinewindmillhttps://www.sciencephoto.com/media/712301/view/whitlee-wind-farm2018-03-28T09:38:32Z0.9K004/9354 Whitlee wind farmK004/9354 Dawn over Whitlee wind farm on Eaglesham Moor just south of Glasgow in Scotland, UK, is Europe's largest onshore wind farm with 140 turbines and an installed capacity of 322 MW, enough energy to power 180,000 homeshttps://www.sciencephoto.com/image/712301/350wm/K0049354-Whitlee_wind_farm-SPL.jpghttps://www.sciencephoto.com/image/712301/preview/K0049354-Whitlee_wind_farm-SPL.mp416.432016-01-22Yesbluecarbon footprintcarbon neutralclean energyclimate changeclouddawneagleshameaglesham moorelectricity productionenergyenergy companyenergy needsenergy productionglobal warmingglowgreen investmentinvestmentlanarkshirelargelightmegawattmoorlandmwnacelleorangeoutputpowerrenewable energyrotorscotlandscottish powerhttps://www.sciencephoto.com/media/712302/view/whitlee-wind-farm2018-03-28T09:38:32Z0.9K004/9355 Whitlee wind farmK004/9355 Whitlee wind farm on Eaglesham Moor just south of Glasgow in Scotland, UK, is Europe's largest onshore wind farm with 140 turbines and an installed capacity of 322 MW, enough energy to power 180,000 homeshttps://www.sciencephoto.com/image/712302/350wm/K0049355-Whitlee_wind_farm-SPL.jpghttps://www.sciencephoto.com/image/712302/preview/K0049355-Whitlee_wind_farm-SPL.mp416.222016-01-22Yesbluecarbon footprintcarbon neutralclean energyclimate changecloudeagleshameaglesham moorelectricity productionenergyenergy companyenergy needsenergy productionglobal warminggreen investmentinvestmentlanarkshirelargelightmegawattmoorlandmwnacelleoutputpowerrenewable energyrotorscotlandscottish powerskysustainabilitysustainablehttps://www.sciencephoto.com/media/712303/view/whitlee-wind-farm2018-03-28T09:38:32Z0.9K004/9357 Whitlee wind farmK004/9357 Whitlee wind farm on Eaglesham Moor just south of Glasgow in Scotland, UK, is Europe's largest onshore wind farm with 140 turbines and an installed capacity of 322 MW, enough energy to power 180,000 homeshttps://www.sciencephoto.com/image/712303/350wm/K0049357-Whitlee_wind_farm-SPL.jpghttps://www.sciencephoto.com/image/712303/preview/K0049357-Whitlee_wind_farm-SPL.mp415.642016-01-22Yesbluecarbon footprintcarbon neutralclean energyclimate changecloudeagleshameaglesham moorelectricity productionenergyenergy companyenergy needsenergy productionglobal warminggreen investmentinvestmentlanarkshirelargelightmegawattmoorlandmwnacelleoutputpowerrenewable energyrotorscotlandscottish powerskysustainabilitysustainablehttps://www.sciencephoto.com/media/712304/view/renewable-energy-building2018-03-28T09:38:32Z0.9K004/9359 Renewable energy buildingK004/9359 Building powered by solar panels and a wind turbine. Filmed on Teesside, UK.https://www.sciencephoto.com/image/712304/350wm/K0049359-Renewable_energy_building-SPL.jpghttps://www.sciencephoto.com/image/712304/preview/K0049359-Renewable_energy_building-SPL.mp415.892016-01-22Yesbuildingcarbon footprintcarbon neutralclean energyclimate changeelectricity productionenergyenergy productionglobal warminggreen buildingphotovoltaicpowerpvrenewable energyrotorsolar panelsustainabilitysustainableturbinewind farmwind powerwind turbinehttps://www.sciencephoto.com/media/712305/view/whitlee-wind-farm2018-03-28T09:38:32Z0.9K004/9360 Whitlee wind farmK004/9360 Whitlee wind farm on Eaglesham Moor just south of Glasgow in Scotland, UK, is Europe's largest onshore wind farm with 140 turbines and an installed capacity of 322 MW, enough energy to power 180,000 homeshttps://www.sciencephoto.com/image/712305/350wm/K0049360-Whitlee_wind_farm-SPL.jpghttps://www.sciencephoto.com/image/712305/preview/K0049360-Whitlee_wind_farm-SPL.mp416.312016-01-22Yesbluecarbon footprintcarbon neutralclean energyclimate changecloudeagleshameaglesham moorelectricity productionenergyenergy companyenergy needsenergy productionglobal warminggreen investmentinvestmentlanarkshirelargelightmegawattmoorlandmwnacelleoutputpowerrenewable energyrotorscotlandscottish powerskysustainabilitysustainablehttps://www.sciencephoto.com/media/712306/view/wind-turbines2018-03-28T09:38:32Z0.9K004/9363 Wind turbinesK004/9363 Turbines at Black Law windfarm in the Southern uplands of Scotland, UK.https://www.sciencephoto.com/image/712306/350wm/K0049363-Wind_turbines-SPL.jpghttps://www.sciencephoto.com/image/712306/preview/K0049363-Wind_turbines-SPL.mp4272016-01-22Yesblack lawbladecarbon neutralcleanclimate changeelectricityenergy productiongeneratinggenerationglobal warminggreengridpowerrenewablerenewable energyrotatescotlandsouthern uplandsukwindwind farmwind powerwind turbinehttps://www.sciencephoto.com/media/712307/view/whitlee-wind-farm-rainbow2018-11-06T15:35:04Z0.9K004/9364 Whitlee wind farm rainbowK004/9364 A rainbow over Whitlee wind farm on Eaglesham Moor just south of Glasgow in Scotland, UK, is Europe's largest onshore wind farm with 140 turbines and an installed capacity of 322 MW, enough energy to power 180,000 homeshttps://www.sciencephoto.com/image/712307/350wm/K0049364-Whitlee_wind_farm_rainbow-SPL.jpghttps://www.sciencephoto.com/image/712307/preview/K0049364-Whitlee_wind_farm_rainbow-SPL.mp416.12016-01-22Yesbluecarbon footprintcarbon neutralclean energyclimate changecloudeagleshameaglesham moorelectricity productionenergyenergy companyenergy needsenergy productionglobal warminggreen investmentinvestmentlanarkshirelargelightmegawattmoorlandmwnacelleoutputpowerrainrainbowrainingrenewable energyrotorscotlandscottish powerhttps://www.sciencephoto.com/media/712308/view/wind-farm2018-03-28T09:38:32Z0.9K004/9365 Wind farmK004/9365 Wind farm near La Calahorra in Andalucia, Spain.https://www.sciencephoto.com/image/712308/350wm/K0049365-Wind_farm-SPL.jpghttps://www.sciencephoto.com/image/712308/preview/K0049365-Wind_farm-SPL.mp415.562016-01-22Yesandaluciabladecarbon footprintcarbon neutralcleanenvironmentfieldgrassgreengreen investmenthabitatmountainnaturerenewable energyset asidesierra nevadasnowspainspring lightsunlightvergewind farmwind powerwind turbinewindmillhttps://www.sciencephoto.com/media/712309/view/wind-turbine2018-03-28T09:38:32Z0.9K004/9368 Wind turbineK004/9368 Turbine at Black Law windfarm in the Southern uplands of Scotland, UK.https://www.sciencephoto.com/image/712309/350wm/K0049368-Wind_turbine-SPL.jpghttps://www.sciencephoto.com/image/712309/preview/K0049368-Wind_turbine-SPL.mp426.372016-01-22Yesblack lawbladecarbon neutralcleanclimate changeelectricityenergy productiongeneratinggenerationglobal warminggreengridpowerrenewablerenewable energyrotatescotlandsouthern uplandsukwindwind farmwind powerwind turbinehttps://www.sciencephoto.com/media/712310/view/whitlee-wind-farm2018-03-28T09:38:32Z0.9K004/9378 Whitlee wind farmK004/9378 Whitlee wind farm on Eaglesham Moor just south of Glasgow in Scotland, UK, is Europe's largest onshore wind farm with 140 turbines and an installed capacity of 322 MW, enough energy to power 180,000 homeshttps://www.sciencephoto.com/image/712310/350wm/K0049378-Whitlee_wind_farm-SPL.jpghttps://www.sciencephoto.com/image/712310/preview/K0049378-Whitlee_wind_farm-SPL.mp421.312016-01-22Yesbluecarbon footprintcarbon neutralclean energyclimate changecloudeagleshameaglesham moorelectricity productionenergyenergy companyenergy needsenergy productionglobal warminggreen investmentinvestmentlanarkshirelargelightmegawattmoorlandmwnacelleoutputpowerrenewable energyrotorscotlandscottish powerskysustainabilitysustainablehttps://www.sciencephoto.com/media/712311/view/whitlee-wind-farm2018-03-28T09:38:32Z0.9K004/9380 Whitlee wind farmK004/9380 Whitlee wind farm on Eaglesham Moor just south of Glasgow in Scotland, UK, is Europe's largest onshore wind farm with 140 turbines and an installed capacity of 322 MW, enough energy to power 180,000 homeshttps://www.sciencephoto.com/image/712311/350wm/K0049380-Whitlee_wind_farm-SPL.jpghttps://www.sciencephoto.com/image/712311/preview/K0049380-Whitlee_wind_farm-SPL.mp411.82016-01-22Yesbluecarbon footprintcarbon neutralclean energyclimate changecloudeagleshameaglesham moorelectricity productionenergyenergy companyenergy needsenergy productionglobal warminggreen investmentinvestmentlanarkshirelargelightmegawattmoorlandmwnacelleoutputpowerrenewable energyrotorscotlandscottish powerskysustainabilitysustainablehttps://www.sciencephoto.com/media/712312/view/renewable-energy-building2018-03-28T09:38:32Z0.9K004/9381 Renewable energy buildingK004/9381 Building powered by solar panels and a wind turbine. Filmed on Teesside, UK.https://www.sciencephoto.com/image/712312/350wm/K0049381-Renewable_energy_building-SPL.jpghttps://www.sciencephoto.com/image/712312/preview/K0049381-Renewable_energy_building-SPL.mp415.222016-01-22Yesbuildingcarbon footprintcarbon neutralclean energyclimate changeelectricity productionenergyenergy productionglobal warminggreen buildingphotovoltaicpowerpvrenewable energyrotorsolar panelsustainabilitysustainableturbinewind farmwind powerwind turbinehttps://www.sciencephoto.com/media/712313/view/whitlee-wind-farm2018-03-28T09:38:32Z0.9K004/9382 Whitlee wind farmK004/9382 Whitlee wind farm on Eaglesham Moor just south of Glasgow in Scotland, UK, is Europe's largest onshore wind farm with 140 turbines and an installed capacity of 322 MW, enough energy to power 180,000 homeshttps://www.sciencephoto.com/image/712313/350wm/K0049382-Whitlee_wind_farm-SPL.jpghttps://www.sciencephoto.com/image/712313/preview/K0049382-Whitlee_wind_farm-SPL.mp415.642016-01-22Yesbluecarbon footprintcarbon neutralclean energyclimate changecloudeagleshameaglesham moorelectricity productionenergyenergy companyenergy needsenergy productionglobal warminggreen investmentinvestmentlanarkshirelargelightmegawattmoorlandmwnacelleoutputpowerrenewable energyrotorscotlandscottish powerskysustainabilitysustainablehttps://www.sciencephoto.com/media/712314/view/whitlee-wind-farm2018-03-28T09:38:32Z0.9K004/9384 Whitlee wind farmK004/9384 Whitlee wind farm on Eaglesham Moor just south of Glasgow in Scotland, UK, is Europe's largest onshore wind farm with 140 turbines and an installed capacity of 322 MW, enough energy to power 180,000 homeshttps://www.sciencephoto.com/image/712314/350wm/K0049384-Whitlee_wind_farm-SPL.jpghttps://www.sciencephoto.com/image/712314/preview/K0049384-Whitlee_wind_farm-SPL.mp410.262016-01-22Yesbluecarbon footprintcarbon neutralclean energyclimate changecloudeagleshameaglesham moorelectricity productionenergyenergy companyenergy needsenergy productionglobal warminggreen investmentinvestmentlanarkshirelargelightmegawattmoorlandmwnacelleoutputpowerrenewable energyrotorscotlandscottish powerskysustainabilitysustainablehttps://www.sciencephoto.com/media/712315/view/whitlee-wind-farm2018-03-28T09:38:32Z0.9K004/9387 Whitlee wind farmK004/9387 Whitlee wind farm on Eaglesham Moor just south of Glasgow in Scotland, UK, is Europe's largest onshore wind farm with 140 turbines and an installed capacity of 322 MW, enough energy to power 180,000 homeshttps://www.sciencephoto.com/image/712315/350wm/K0049387-Whitlee_wind_farm-SPL.jpghttps://www.sciencephoto.com/image/712315/preview/K0049387-Whitlee_wind_farm-SPL.mp411.82016-01-22Yesbluecarbon footprintcarbon neutralclean energyclimate changecloudeagleshameaglesham moorelectricity productionenergyenergy companyenergy needsenergy productionglobal warminggreen investmentinvestmentlanarkshirelargelightmegawattmoonmoorlandmwnacelleoutputpowerrenewable energyrotorscotlandscottish powerskysustainabilityhttps://www.sciencephoto.com/media/712316/view/whitlee-wind-farm2018-03-28T09:38:32Z0.9K004/9389 Whitlee wind farmK004/9389 Dawn over Whitlee wind farm on Eaglesham Moor just south of Glasgow in Scotland, UK, is Europe's largest onshore wind farm with 140 turbines and an installed capacity of 322 MW, enough energy to power 180,000 homeshttps://www.sciencephoto.com/image/712316/350wm/K0049389-Whitlee_wind_farm-SPL.jpghttps://www.sciencephoto.com/image/712316/preview/K0049389-Whitlee_wind_farm-SPL.mp416.022016-01-22Yesbluecarbon footprintcarbon neutralclean energyclimate changeclouddawneagleshameaglesham moorelectricity productionenergyenergy companyenergy needsenergy productionglobal warmingglowgreen investmentinvestmentlanarkshirelargelightmegawattmoorlandmwnacelleorangeoutputpowerrenewable energyrotorscotlandscottish powerhttps://www.sciencephoto.com/media/712317/view/wind-turbines2018-03-28T09:38:32Z0.9K004/9391 Wind turbinesK004/9391 Turbines at Black Law windfarm in the Southern uplands of Scotland, UK.https://www.sciencephoto.com/image/712317/350wm/K0049391-Wind_turbines-SPL.jpghttps://www.sciencephoto.com/image/712317/preview/K0049391-Wind_turbines-SPL.mp429.872016-01-22Yesblack lawbladecarbon neutralcleanclimate changeelectricityenergy productiongeneratinggenerationglobal warminggreengridpowerrenewablerenewable energyrotatescotlandsouthern uplandsukwindwind farmwind powerwind turbinehttps://www.sciencephoto.com/media/712318/view/wind-turbines2018-03-28T09:38:32Z0.9K004/9392 Wind turbinesK004/9392 Turbines at Black Law windfarm in the Southern uplands of Scotland, UK.https://www.sciencephoto.com/image/712318/350wm/K0049392-Wind_turbines-SPL.jpghttps://www.sciencephoto.com/image/712318/preview/K0049392-Wind_turbines-SPL.mp428.872016-01-22Yesblack lawbladecarbon neutralcleanclimate changeelectricityenergy productiongeneratinggenerationglobal warminggreengridpowerrenewablerenewable energyrotatescotlandsouthern uplandsukwindwind farmwind powerwind turbinehttps://www.sciencephoto.com/media/712319/view/whitlee-wind-farm2018-03-28T09:38:32Z0.9K004/9394 Whitlee wind farmK004/9394 Whitlee wind farm on Eaglesham Moor just south of Glasgow in Scotland, UK, is Europe's largest onshore wind farm with 140 turbines and an installed capacity of 322 MW, enough energy to power 180,000 homeshttps://www.sciencephoto.com/image/712319/350wm/K0049394-Whitlee_wind_farm-SPL.jpghttps://www.sciencephoto.com/image/712319/preview/K0049394-Whitlee_wind_farm-SPL.mp415.772016-01-22Yesbluecarbon footprintcarbon neutralclean energyclimate changecloudeagleshameaglesham moorelectricity productionenergyenergy companyenergy needsenergy productionglobal warminggreen investmentinvestmentlanarkshirelargelightmegawattmoorlandmwnacelleoutputpowerrenewable energyrotorscotlandscottish powerskysustainabilitysustainablehttps://www.sciencephoto.com/media/712320/view/whitlee-wind-farm2018-03-28T09:38:32Z0.9K004/9395 Whitlee wind farmK004/9395 Whitlee wind farm on Eaglesham Moor just south of Glasgow in Scotland, UK, is Europe's largest onshore wind farm with 140 turbines and an installed capacity of 322 MW, enough energy to power 180,000 homeshttps://www.sciencephoto.com/image/712320/350wm/K0049395-Whitlee_wind_farm-SPL.jpghttps://www.sciencephoto.com/image/712320/preview/K0049395-Whitlee_wind_farm-SPL.mp416.812016-01-22Yesbluecarbon footprintcarbon neutralclean energyclimate changecloudeagleshameaglesham moorelectricity productionenergyenergy companyenergy needsenergy productionglobal warminggreen investmentinvestmentlanarkshirelargelightmegawattmoorlandmwnacelleoutputpowerrenewable energyrotorscotlandscottish powerskysustainabilitysustainablehttps://www.sciencephoto.com/media/712321/view/wind-turbine-silhouette2018-03-28T09:38:32Z0.9K004/9397 Wind turbine silhouetteK004/9397 Turbines at a wind farm near La Calahorra in Andalucia, Spain.https://www.sciencephoto.com/image/712321/350wm/K0049397-Wind_turbine_silhouette-SPL.jpghttps://www.sciencephoto.com/image/712321/preview/K0049397-Wind_turbine_silhouette-SPL.mp417.272016-01-22Yesandaluciabladecarbon footprintcarbon neutralcleanenvironmentfieldgrassgreengreen investmenthabitatnaturerenewable energyset asidespainspring lightsunlightsunsetvergewind farmwind powerwind turbinewindmillhttps://www.sciencephoto.com/media/712322/view/wind-power2018-03-28T09:38:32Z0.9K004/9400 Wind powerK004/9400 A wind turbine helping to power a green house in the Southern Uplands of Scotland, UKhttps://www.sciencephoto.com/image/712322/350wm/K0049400-Wind_power-SPL.jpghttps://www.sciencephoto.com/image/712322/preview/K0049400-Wind_power-SPL.mp415.62016-01-22Yesbladecarbon neutralcleanclimate changeelectricityenergy productiongeneratinggenerationglobal warminggreengreen buildgridhousepowerrenewablerenewable energyrotatescotlandsouthern uplandsukwindwind farmwind powerwind turbinehttps://www.sciencephoto.com/media/712323/view/whitlee-wind-farm2018-03-28T09:38:32Z0.9K004/9410 Whitlee wind farmK004/9410 Whitlee wind farm on Eaglesham Moor just south of Glasgow in Scotland, UK, is Europe's largest onshore wind farm with 140 turbines and an installed capacity of 322 MW, enough energy to power 180,000 homeshttps://www.sciencephoto.com/image/712323/350wm/K0049410-Whitlee_wind_farm-SPL.jpghttps://www.sciencephoto.com/image/712323/preview/K0049410-Whitlee_wind_farm-SPL.mp424.162016-01-22Yesbluecarbon footprintcarbon neutralclean energyclimate changecloudeagleshameaglesham moorelectricity productionenergyenergy companyenergy needsenergy productionglobal warminggreen investmentinvestmentlanarkshirelargelightmegawattmoorlandmwnacelleoutputpowerrenewable energyrotorscotlandscottish powerskysustainabilitysustainablehttps://www.sciencephoto.com/media/712324/view/whitlee-wind-farm2018-03-28T09:38:32Z0.9K004/9411 Whitlee wind farmK004/9411 Whitlee wind farm on Eaglesham Moor just south of Glasgow in Scotland, UK, is Europe's largest onshore wind farm with 140 turbines and an installed capacity of 322 MW, enough energy to power 180,000 homeshttps://www.sciencephoto.com/image/712324/350wm/K0049411-Whitlee_wind_farm-SPL.jpghttps://www.sciencephoto.com/image/712324/preview/K0049411-Whitlee_wind_farm-SPL.mp416.32016-01-22Yesbluecarbon footprintcarbon neutralclean energyclimate changecloudeagleshameaglesham moorelectricity productionenergyenergy companyenergy needsenergy productionglobal warminggreen investmentinvestmentlanarkshirelargelightmegawattmoorlandmwnacelleoutputpowerrenewable energyrotorscotlandscottish powerskysustainabilitysustainablehttps://www.sciencephoto.com/media/712325/view/wind-reversing-waterfall2018-03-28T09:38:32Z0.9K004/9413 Wind reversing waterfallK004/9413 Waterfall being blown back uphill by storm force winds in Iceland.https://www.sciencephoto.com/image/712325/350wm/K0049413-Wind_reversing_waterfall-SPL.jpghttps://www.sciencephoto.com/image/712325/preview/K0049413-Wind_reversing_waterfall-SPL.mp415.122016-01-22Yesblowingextreme weathergaleicelandspraystormstorm forcestrong winduphillwaterfallweatherwindwindyhttps://www.sciencephoto.com/media/712326/view/whitlee-wind-farm2018-03-28T09:38:32Z0.9K004/9415 Whitlee wind farmK004/9415 Whitlee wind farm on Eaglesham Moor just south of Glasgow in Scotland, UK, is Europe's largest onshore wind farm with 140 turbines and an installed capacity of 322 MW, enough energy to power 180,000 homeshttps://www.sciencephoto.com/image/712326/350wm/K0049415-Whitlee_wind_farm-SPL.jpghttps://www.sciencephoto.com/image/712326/preview/K0049415-Whitlee_wind_farm-SPL.mp416.12016-01-22Yesbluecarbon footprintcarbon neutralclean energyclimate changecloudeagleshameaglesham moorelectricity productionenergyenergy companyenergy needsenergy productionglobal warminggreen investmentinvestmentlanarkshirelargelightmegawattmoorlandmwnacelleoutputpowerrenewable energyrotorscotlandscottish powerskysustainabilitysustainablehttps://www.sciencephoto.com/media/712327/view/kuiper-belt-bodies2018-11-06T15:34:58Z0.9K005/3899 Kuiper Belt bodiesK005/3899 Animation of a flight past several small bodies in the Kuiper Belt, a huge disc of icy debris that orbits the Sun beyond Neptune. The Kuiper Belt extends between 30 and 50 astronomical units (AU) from the Sun. Earth's orbit is one AU by definition, and Neptune orbits roughly 30AU distant. Combined, the countless small bodies of the Kuiper Belt are thought to amount to around a twentieth of the mass of the Earth, or about 100 times that of the Asteroid Belt. The largest object in the Kuiper Belt is the dwarf planet Pluto, and a number of similar bodies more than 1000 kilometres wide have been discovered, including the dwarf planets Haumea and Makemake.https://www.sciencephoto.com/image/712327/350wm/K0053899-Kuiper_Belt_bodies-SPL.jpghttps://www.sciencephoto.com/image/712327/preview/K0053899-Kuiper_Belt_bodies-SPL.mp4202016-01-22Yesanimatedanimationastronomicalastronomybodiesbodycratercrateredcratersdebrisdiscdiskdistantexplorationflightfly-byhaumeaiceicykuiper beltmakemakeouterquaoarsolar systemspacesuntnotrans-neptunian objectuniversehttps://www.sciencephoto.com/media/712328/view/kuiper-belt-object2018-11-06T15:30:44Z0.9K005/3900 Kuiper Belt objectK005/3900 Animation of a flight past a large icy body in the Kuiper Belt, a huge disc of debris that orbits the Sun beyond Neptune. The Kuiper Belt extends between 30 and 50 astronomical units (AU) from the Sun. Earth's orbit is one AU by definition, and Neptune orbits roughly 30AU distant. Combined, the countless small bodies of the Kuiper Belt are thought to amount to around a twentieth of the mass of the Earth, or about 100 times that of the Asteroid Belt. The largest object in the Kuiper Belt is the dwarf planet Pluto, and a number of similar bodies more than 1000 kilometres wide have been discovered, including the dwarf planets Haumea and Makemake.https://www.sciencephoto.com/image/712328/350wm/K0053900-Kuiper_Belt_object-SPL.jpghttps://www.sciencephoto.com/image/712328/preview/K0053900-Kuiper_Belt_object-SPL.mp4202016-01-22Yesanimatedanimationastronomicalastronomybodiesbodycratercrateredcratersdebrisdiscdiskdistantexplorationflightfly-byhaumeaiceicykuiper beltmakemakeouterquaoarsolar systemspacesuntnotrans-neptunian objectuniversehttps://www.sciencephoto.com/media/712329/view/kuiper-belt-object-surface2018-11-06T15:35:23Z0.9K005/3928 Kuiper Belt object surfaceK005/3928 Animation of a flight over a body in the Kuiper Belt, with two irregular bodies visible in its sky. The Kuiper Belt is a huge disc-shaped region of icy debris that orbits the Sun beyond Neptune. The Kuiper Belt extends between 30 and 50 astronomical units (AU) from the Sun. Earth's orbit is one AU by definition, and Neptune orbits roughly 30AU distant. Combined, the countless small bodies of the Kuiper Belt are thought to amount to around a twentieth of the mass of the Earth, or about 100 times that of the Asteroid Belt. The largest object in the Kuiper Belt is the dwarf planet Pluto, and a number of similar bodies more than 1000 kilometres wide have been discovered, including the dwarf planets Haumea and Makemake.https://www.sciencephoto.com/image/712329/350wm/K0053928-Kuiper_Belt_object_surface-SPL.jpghttps://www.sciencephoto.com/image/712329/preview/K0053928-Kuiper_Belt_object_surface-SPL.mp4402016-01-22Yesanimatedanimationastronomicalastronomybodiesbodycratercrateredcratersdebrisdiscdiskdistantexplorationflightfly-byhaumeaiceicykuiper beltmakemakeouterquaoarsolar systemspacesunsurfacetnotrans-neptunian objectuniversehttps://www.sciencephoto.com/media/712330/view/kuiper-belt-object-surface2018-11-06T15:37:01Z0.9K005/4057 Kuiper Belt object surfaceK005/4057 Animation of a flight over a body in the Kuiper Belt, with several irregular bodies visible in its sky. The Kuiper Belt is a huge disc-shaped region of icy debris that orbits the Sun beyond Neptune. The Kuiper Belt extends between 30 and 50 astronomical units (AU) from the Sun. Earth's orbit is one AU by definition, and Neptune orbits roughly 30AU distant. Combined, the countless small bodies of the Kuiper Belt are thought to amount to around a twentieth of the mass of the Earth, or about 100 times that of the Asteroid Belt. The largest object in the Kuiper Belt is the dwarf planet Pluto, and a number of similar bodies more than 1000 kilometres wide have been discovered, including the dwarf planets Haumea and Makemake.https://www.sciencephoto.com/image/712330/350wm/K0054057-Kuiper_Belt_object_surface-SPL.jpghttps://www.sciencephoto.com/image/712330/preview/K0054057-Kuiper_Belt_object_surface-SPL.mp4202016-01-22Yesanimatedanimationastronomicalastronomybodiesbodycratercrateredcratersdebrisdiscdiskdistantexplorationflightfly-byhaumeaiceicykuiper beltmakemakeouterquaoarsolar systemspacesunsurfacetnotrans-neptunian objectuniversehttps://www.sciencephoto.com/media/712331/view/x-ray-of-a-football-helmet2018-03-28T09:38:32Z0.9K005/4197 X-Ray of a football helmetK005/4197 Coloured rRadiographic video of an American football helmet.https://www.sciencephoto.com/image/712331/350wm/K0054197-X-Ray_of_a_football_helmet-SPL.jpghttps://www.sciencephoto.com/image/712331/preview/K0054197-X-Ray_of_a_football_helmet-SPL.mp47.222016-01-22Yesamericanequipmentfootballgeargreenheadheadgearhelmetimageimaginginternalkitonepartsprotectiveradiographyrotatingsinglesportsportswhite backgroundx rayx-rayxrayhttps://www.sciencephoto.com/media/712332/view/young-exoplanet-with-moon-and-ring2018-11-06T15:36:18Z0.9K005/5139 Young exoplanet with moon and ringK005/5139 Animation of a young alien planet, passing by its heavily-cratered moon and showing a ring of debris. The debris disc and melted surface imply a recent catastrophic collision with another large body. Such an event is thought to have led to the formation of Earth's moon.https://www.sciencephoto.com/image/712332/350wm/K0055139-Young_exoplanet_with_moon_and_ring-SPL.jpghttps://www.sciencephoto.com/image/712332/preview/K0055139-Young_exoplanet_with_moon_and_ring-SPL.mp430.012016-01-22Yes4kalienanimatedanimationastronomicalastronomycatastrophecollisioncratercratereddebrisdiscdiskejectaexoplanetflightfly-byformationgiantimpactliquidmagmamoltenmoonplanetplanetaryringringedrockrockysciencespacehttps://www.sciencephoto.com/media/712640/view/floating-houses-netherlands2018-03-28T09:38:32Z0.9K004/8124 Floating houses, NetherlandsK004/8124 Floating houses on a canal in Amsterdam, Netherlands.https://www.sciencephoto.com/image/712640/350wm/K0048124-Floating_houses,_Netherlands-SPL.jpghttps://www.sciencephoto.com/image/712640/preview/K0048124-Floating_houses,_Netherlands-SPL.mp418.032016-01-23Yesaccommodationamsterdamarchitectureclimate changedesignengineeringfloating housefloating housingfloodingglobal warminghollandhousehousingij meerijburginnovationinnovativelow lyingmeremitigationnetherlandspolderreclaimed landreclamationsea levelsea level risesolutionhttps://www.sciencephoto.com/media/712641/view/solar-cookers2018-03-28T09:38:32Z0.9K004/8724 Solar cookersK004/8724 Solar cookers at the Barefoot College in Tilonia, Rajasthan, India. The Barefoot College is a worldwide charity, founded by Bunker Roy, its aims are, education, drinking water, electrification through solar power, skill development, health, women empowerment and the upliftment of rural people. The use of the cookers, vastly reduces the amount of fire wood women have to go out and collect from the forest.https://www.sciencephoto.com/image/712641/350wm/K0048724-Solar_cookers-SPL.jpghttps://www.sciencephoto.com/image/712641/preview/K0048724-Solar_cookers-SPL.mp414.762016-01-23Yesbarefoot collegebunker roycampuscarbon footprintcarbon neutralcarbon offsetcharitycleanclimate changeconcentratedisheducationefficientempowerempowermentenergyfemaleglobal warminggreenhacksawheatinghome madehotindialow impactmetal workmetal workermirrorngoparabolapowerprogresshttps://www.sciencephoto.com/media/712642/view/svalbard-icebergs2018-03-28T09:38:32Z0.9K004/8900 Svalbard icebergsK004/8900 Icebergs from a glacier on Nordauslandet in northern Svalbard. All of Svalbard's glaciers are retreating, even in the north of the archipelago despite only being around 600 miles from the North Polehttps://www.sciencephoto.com/image/712642/350wm/K0048900-Svalbard_icebergs-SPL.jpghttps://www.sciencephoto.com/image/712642/preview/K0048900-Svalbard_icebergs-SPL.mp414.522016-01-23Yesblue icecliffclimate-changefrozenglacial retreatglaciationglacierglobal-warminghilliceicebergmeltmeltingmountainnordauslandetnorthnorwayridgerocksea level risespitsbergensvalbardwarminghttps://www.sciencephoto.com/media/712643/view/svalbard-glacier2018-03-28T09:38:32Z0.9K004/8902 Svalbard glacierK004/8902 A glacier in Svalbard. All of Svalbard's glaciers are retreating, even in the north of the archipelago despite only being around 600 miles from the North Polehttps://www.sciencephoto.com/image/712643/350wm/K0048902-Svalbard_glacier-SPL.jpghttps://www.sciencephoto.com/image/712643/preview/K0048902-Svalbard_glacier-SPL.mp410.042016-01-23Yescliffclimate-changecrackcrevasseedgefrozenglacial retreatglaciationglacierglobal-warminghilliceice bluemeltmeltingmountainnorthnorwayridgerocksea level riseseracsnoutspitsbergensvalbardwarminghttps://www.sciencephoto.com/media/712644/view/temperature-inversion-cloud2018-03-28T09:38:32Z0.9K004/8903 Temperature inversion cloudK004/8903 Clouds below a temperature inversion. An inversion occurs when the normal cooling of air with altitude is prevented by an overlying mass of warm air resting on a bed of denser cold air. This prevents the air below rising, as is normally the case, and can trap fog and smog near ground level. Filmed looking east towards High Street from Red Screes in the Lake District, Cumbria, UK.https://www.sciencephoto.com/image/712644/350wm/K0048903-Temperature_inversion_cloud-SPL.jpghttps://www.sciencephoto.com/image/712644/preview/K0048903-Temperature_inversion_cloud-SPL.mp411.482016-01-23Yesabove the cloudchangingcloudcolourfulconditionscumbriaduskeveningfogfoggyglowgreyhilllake districtlightmagicalmistmistymountainnational parkpeakred screesscafellscafell pikesettled high pressureskysunsettemperature inversionukvalleywarmwater vapourhttps://www.sciencephoto.com/media/712645/view/svalbard-research-ship2018-03-28T09:38:32Z0.9K004/8904 Svalbard research shipK004/8904 The Russian research vessel, Akademik Sergey Vavilov, an ice-strengthened ship, on an expedition cruise to Northern Svalbard.https://www.sciencephoto.com/image/712645/350wm/K0048904-Svalbard_research_ship-SPL.jpghttps://www.sciencephoto.com/image/712645/preview/K0048904-Svalbard_research_ship-SPL.mp410.162016-01-23Yesakademik sergey vavilovanchoredarcticarctic circlearctic oceanbeachboatcoastcruiseexpeditionfjordglaciergrouphillmountainnorthpeakremoterussianshipshoresnowspitsbergensvalbardtourtourismvisitwhitehttps://www.sciencephoto.com/media/712646/view/svalbard-mountains2018-03-28T09:38:32Z0.9K004/8905 Svalbard mountainsK004/8905 Coastal mountains on the side of Isfjorden on Spitsbergen, Svalbard, Arctic Ocean.https://www.sciencephoto.com/image/712646/350wm/K0048905-Svalbard_mountains-SPL.jpghttps://www.sciencephoto.com/image/712646/preview/K0048905-Svalbard_mountains-SPL.mp416.842016-01-23Yesarcticarctic oceanartic circlecoastfjordfogfoggyglacierhillisfjordenlandscapemistmistymountainnorthseaspitsbergensvalbardvisibilityweatherhttps://www.sciencephoto.com/media/712647/view/svalbard-mountain-and-ship2018-11-06T15:37:08Z0.9K004/8906 Svalbard mountain and shipK004/8906 Mountain peak covered in cloud at Bourbonhamna, Spitsbergen, Svalbard. A mine supply ship is in the foreground. As the Arctic melts it is being increasingly exploited for its mineral and fossil fuel wealth.https://www.sciencephoto.com/image/712647/350wm/K0048906-Svalbard_mountain_and_ship-SPL.jpghttps://www.sciencephoto.com/image/712647/preview/K0048906-Svalbard_mountain_and_ship-SPL.mp412.082016-01-23Yes77 33 n 15 00 earcticarctic oceanartic circlebeddingboatbourbonhamnacliffclouderodederosionfogfoggygeologyhilljaggedlandscapemineminingmistmistymountainnorthpeakplaneremoterockshipsnowspitsbergensteepsummithttps://www.sciencephoto.com/media/712648/view/temperature-inversion-cloud2018-03-28T09:38:32Z0.9K004/8907 Temperature inversion cloudK004/8907 Clouds below a temperature inversion. An inversion occurs when the normal cooling of air with altitude is prevented by an overlying mass of warm air resting on a bed of denser cold air. This prevents the air below rising, as is normally the case, and can trap fog and smog near ground level. Filmed looking east towards High Street from Red Screes in the Lake District, Cumbria, UK.https://www.sciencephoto.com/image/712648/350wm/K0048907-Temperature_inversion_cloud-SPL.jpghttps://www.sciencephoto.com/image/712648/preview/K0048907-Temperature_inversion_cloud-SPL.mp410.682016-01-23Yesabove the cloudchangingcloudcolourfulconditionscumbriaduskeveningfogfoggyglowgreyhilllake districtlightmagicalmistmistymountainnational parkpeakred screesscafellscafell pikesettled high pressureskysunsettemperature inversionukvalleywarmwater vapourhttps://www.sciencephoto.com/media/712649/view/svalbard-icebergs2018-03-28T09:38:32Z0.9K004/8908 Svalbard icebergsK004/8908 Icebergs from a glacier on Nordauslandet in northern Svalbard. All of Svalbard's glaciers are retreating, even in the north of the archipelago despite only being around 600 miles from the North Pole.https://www.sciencephoto.com/image/712649/350wm/K0048908-Svalbard_icebergs-SPL.jpghttps://www.sciencephoto.com/image/712649/preview/K0048908-Svalbard_icebergs-SPL.mp412.562016-01-23Yesblue icecliffclimate-changefrozenglacial retreatglaciationglacierglobal-warminghilliceicebergmeltmeltingmountainnordauslandetnorthnorwayridgerocksea level risespitsbergensvalbardwarminghttps://www.sciencephoto.com/media/712650/view/temperature-inversion-cloud2018-11-06T15:35:23Z0.9K004/8909 Temperature inversion cloudK004/8909 Clouds below a temperature inversion. An inversion occurs when the normal cooling of air with altitude is prevented by an overlying mass of warm air resting on a bed of denser cold air. This prevents the air below rising, as is normally the case, and can trap fog and smog near ground level. Filmed looking west at sunset from Red Screes in the Lake District, Cumbria, UK.https://www.sciencephoto.com/image/712650/350wm/K0048909-Temperature_inversion_cloud-SPL.jpghttps://www.sciencephoto.com/image/712650/preview/K0048909-Temperature_inversion_cloud-SPL.mp410.282016-01-23Yesabove the cloudchangingcloudcolourfulconditionscumbriaduskeveningfogfoggyglowgreyhilllake districtlightmagicalmistmistymountainnational parkpeakred screesscafellscafell pikesettled high pressureskysunsettemperature inversionukvalleywarmwater vapourhttps://www.sciencephoto.com/media/712651/view/svalbard-research-ship2018-03-28T09:38:32Z0.9K004/8910 Svalbard research shipK004/8910 The Russian research vessel, Akademik Sergey Vavilov, an ice-strengthened ship, on an expedition cruise to Northern Svalbard.https://www.sciencephoto.com/image/712651/350wm/K0048910-Svalbard_research_ship-SPL.jpghttps://www.sciencephoto.com/image/712651/preview/K0048910-Svalbard_research_ship-SPL.mp412.762016-01-23Yesakademik sergey vavilovanchoredarcticarctic circlearctic oceanbeachboatcoastcruiseexpeditionfjordglaciergrouphillmountainnorthpeakremoterussianshipshoresnowspitsbergensvalbardtourtourismvisitwhitehttps://www.sciencephoto.com/media/712652/view/svalbard-mountains-and-cloud2018-03-28T09:38:32Z0.9K004/8912 Svalbard mountains and cloudK004/8912 Coastal mountains on the side of Isfjorden on Spitsbergen, Svalbard, Arctic Ocean.https://www.sciencephoto.com/image/712652/350wm/K0048912-Svalbard_mountains_and_cloud-SPL.jpghttps://www.sciencephoto.com/image/712652/preview/K0048912-Svalbard_mountains_and_cloud-SPL.mp49.522016-01-23Yesarcticarctic oceanartic circlecoastfjordfogfoggyglacierhillisfjordenlandscapemistmistymountainnorthseaspitsbergensvalbardvisibilityweatherhttps://www.sciencephoto.com/media/712653/view/svalbard-research-ship2018-03-28T09:38:32Z0.9K004/8913 Svalbard research shipK004/8913 On board the Russian research vessel, Akademik Sergey Vavilov, an ice-strengthened ship, on an expedition cruise to Northern Svalbard.https://www.sciencephoto.com/image/712653/350wm/K0048913-Svalbard_research_ship-SPL.jpghttps://www.sciencephoto.com/image/712653/preview/K0048913-Svalbard_research_ship-SPL.mp411.962016-01-23Yesakademik sergey vavilovarcticarctic oceanartic circlebeachboatcoastcruisedeckexpeditionfjordnorthprowremoterussianshipspitsbergensunsvalbardtourtourismwhitehttps://www.sciencephoto.com/media/712654/view/whale-bones-svalbard2018-11-06T15:36:36Z0.9K004/8915 Whale bones, SvalbardK004/8915 Remains of beluga whales (Delphinapterus leucas) at Bourbonhamna, Van Mijenfjorden, Spitsbergen, Svalbard. This is a stark reminder of how humanity hunted whales to near extinction, and contains the remains of over a hundred belugas.https://www.sciencephoto.com/image/712654/350wm/K0048915-Whale_bones,_Svalbard-SPL.jpghttps://www.sciencephoto.com/image/712654/preview/K0048915-Whale_bones,_Svalbard-SPL.mp49.842016-01-23Yes77 33 n 15 00 earcticarctic oceanartefactartic circlebeachbelugabeluga-whalebleachedbonebourbonhamnacoastdelphinapterus leucasexploitationexploitedhistoryhumanindustrylandscapemonumentpreservedprotectedremainsskullslaughtersvalbardvan mijenfjorden spitsbergenwhalewhalerwhalerswhaleswhalinghttps://www.sciencephoto.com/media/712655/view/svalbard-icebergs2018-11-06T15:33:38Z0.9K004/8916 Svalbard icebergsK004/8916 Icebergs and sea ice from a glacier on Nordauslandet in northern Svalbard. All of Svalbard's glaciers are retreating, even in the north of the archipelago despite only being around 600 miles from the North Polehttps://www.sciencephoto.com/image/712655/350wm/K0048916-Svalbard_icebergs-SPL.jpghttps://www.sciencephoto.com/image/712655/preview/K0048916-Svalbard_icebergs-SPL.mp411.122016-01-23Yesblue icecliffclimate-changefrozenglacial retreatglaciationglacierglobal-warminghilliceicebergmeltmeltingmountainnordauslandetnorthnorwayridgerocksea level risespitsbergensvalbardwarminghttps://www.sciencephoto.com/media/712656/view/temperature-inversion-cloud2018-03-28T09:38:32Z0.9K004/8917 Temperature inversion cloudK004/8917 Clouds below a temperature inversion. An inversion occurs when the normal cooling of air with altitude is prevented by an overlying mass of warm air resting on a bed of denser cold air. This prevents the air below rising, as is normally the case, and can trap fog and smog near ground level. Filmed looking west at sunset from Red Screes in the Lake District, Cumbria, UK.https://www.sciencephoto.com/image/712656/350wm/K0048917-Temperature_inversion_cloud-SPL.jpghttps://www.sciencephoto.com/image/712656/preview/K0048917-Temperature_inversion_cloud-SPL.mp411.362016-01-23Yesabove the cloudchangingcloudcolourfulconditionscumbriaduskeveningfogfoggyglowgreyhilllake districtlightmagicalmistmistymountainnational parkpeakred screesscafellscafell pikesettled high pressureskysunsettemperature inversionukvalleywarmwater vapourhttps://www.sciencephoto.com/media/712657/view/svalbard2018-03-28T09:38:32Z0.9K004/8918 SvalbardK004/8918 Sea kayakers from the Russian research vessel, Akademik Sergey Vavilov an ice strengthened ship on an expedition cruise to Northern Svalbardhttps://www.sciencephoto.com/image/712657/350wm/K0048918-Svalbard-SPL.jpghttps://www.sciencephoto.com/image/712657/preview/K0048918-Svalbard-SPL.mp411.042016-01-23Yesadventureakademik sergey vavilovanchoredarcticarctic circlearctic oceanbeachboatcanoecoastcruiseexpeditionfjordglaciergrouphillkayakkayakingmountainnorthpeakremoterussiansea kayakshipshoresnowspitsbergensvalbardtourtourismvisithttps://www.sciencephoto.com/media/712658/view/temperature-inversion-cloud2018-03-28T09:38:32Z0.9K004/8919 Temperature inversion cloudK004/8919 Clouds below a temperature inversion. An inversion occurs when the normal cooling of air with altitude is prevented by an overlying mass of warm air resting on a bed of denser cold air. This prevents the air below rising, as is normally the case, and can trap fog and smog near ground level. Filmed looking west at sunset from Red Screes in the Lake District, Cumbria, UK.https://www.sciencephoto.com/image/712658/350wm/K0048919-Temperature_inversion_cloud-SPL.jpghttps://www.sciencephoto.com/image/712658/preview/K0048919-Temperature_inversion_cloud-SPL.mp411.682016-01-23Yesabove the cloudchangingcloudcolourfulconditionscumbriaduskeveningfogfoggyglowgreyhilllake districtlightmagicalmistmistymountainnational parkpeakred screesscafellscafell pikesettled high pressureskysunsettemperature inversionukvalleywarmwater vapourhttps://www.sciencephoto.com/media/712659/view/storm-battering-lighthouse2018-03-28T09:38:32Z0.9K004/8923 Storm battering lighthouseK004/8923 Storm waves battering Whitehaven harbour and lighthouse, Cumbria, UK, during the passage of an extreme low pressure system. Filmed on 10th December 2014.https://www.sciencephoto.com/image/712659/350wm/K0048923-Storm_battering_lighthouse-SPL.jpghttps://www.sciencephoto.com/image/712659/preview/K0048923-Storm_battering_lighthouse-SPL.mp413.562016-01-23Yesatlanticbatteredbatteringbreakersbreakingbreakwatercliffclimate changecoastal erosioncrashcrashingcumbriadamagedestructionerodederosionextreme weatherglobal warmingharbourharbour wallhigh tideinfrastructureinundatedirish seapowerpowerfulpromenaderoadsalt waterseasea cliffsea fronthttps://www.sciencephoto.com/media/712660/view/temperature-inversion-cloud2018-03-28T09:38:32Z0.9K004/8924 Temperature inversion cloudK004/8924 Clouds below a temperature inversion. An inversion occurs when the normal cooling of air with altitude is prevented by an overlying mass of warm air resting on a bed of denser cold air. This prevents the air below rising, as is normally the case, and can trap fog and smog near ground level. Filmed looking west from Red Screes in the Lake District, Cumbria, UK.https://www.sciencephoto.com/image/712660/350wm/K0048924-Temperature_inversion_cloud-SPL.jpghttps://www.sciencephoto.com/image/712660/preview/K0048924-Temperature_inversion_cloud-SPL.mp410.322016-01-23Yesabove the cloudchangingcloudconditionscumbriaduskeveningfogfoggyglowgreyhigh streethilllake districtlightmagicalmistmistymountainnational parkpeakred screessettled high pressureskysunsettemperature inversionukvalleywarmwater vapourweatherweather conditionshttps://www.sciencephoto.com/media/712661/view/svalbard-icebergs2018-03-28T09:38:32Z0.9K004/8925 Svalbard icebergsK004/8925 Icebergs from a glacier on Nordauslandet in northern Svalbard. All of Svalbard's glaciers are retreating, even in the north of the archipelago despite only being around 600 miles from the North Pole.https://www.sciencephoto.com/image/712661/350wm/K0048925-Svalbard_icebergs-SPL.jpghttps://www.sciencephoto.com/image/712661/preview/K0048925-Svalbard_icebergs-SPL.mp411.62016-01-23Yesblue icecliffclimate-changefrozenglacial retreatglaciationglacierglobal-warminghilliceicebergmeltmeltingmountainnordauslandetnorthnorwayridgerocksea level risespitsbergensvalbardwarminghttps://www.sciencephoto.com/media/712662/view/temperature-inversion-cloud2018-03-28T09:38:32Z0.9K004/8926 Temperature inversion cloudK004/8926 Clouds below a temperature inversion. An inversion occurs when the normal cooling of air with altitude is prevented by an overlying mass of warm air resting on a bed of denser cold air. This prevents the air below rising, as is normally the case, and can trap fog and smog near ground level. Filmed looking east towards High Street from Red Screes in the Lake District, Cumbria, UK.https://www.sciencephoto.com/image/712662/350wm/K0048926-Temperature_inversion_cloud-SPL.jpghttps://www.sciencephoto.com/image/712662/preview/K0048926-Temperature_inversion_cloud-SPL.mp412.922016-01-23Yesabove the cloudchangingcloudconditionscumbriaduskeveningfogfoggyglowgreyhigh streethilllake districtlightmagicalmistmistymountainnational parkpeakred screessettled high pressureskysunsettemperature inversionukvalleywarmwater vapourweatherweather conditionshttps://www.sciencephoto.com/media/712663/view/temperature-inversion-cloud2018-11-06T15:33:12Z0.9K004/8927 Temperature inversion cloudK004/8927 Clouds below a temperature inversion. An inversion occurs when the normal cooling of air with altitude is prevented by an overlying mass of warm air resting on a bed of denser cold air. This prevents the air below rising, as is normally the case, and can trap fog and smog near ground level. Filmed looking west at sunset from Red Screes in the Lake District, Cumbria, UK.https://www.sciencephoto.com/image/712663/350wm/K0048927-Temperature_inversion_cloud-SPL.jpghttps://www.sciencephoto.com/image/712663/preview/K0048927-Temperature_inversion_cloud-SPL.mp410.962016-01-23Yesabove the cloudchangingcloudcolourfulconditionscumbriaduskeveningfogfoggyglowgreyhilllake districtlightmagicalmistmistymountainnational parkpeakred screesscafellscafell pikesettled high pressureskysunsettemperature inversionukvalleywarmwater vapourhttps://www.sciencephoto.com/media/712664/view/svalbard-ferry2018-11-06T15:35:18Z0.9K004/8929 Svalbard ferryK004/8929 Tourist ferry in Longyearbyen, Spitsbergen, Svalbard, in the Arctic Ocean.https://www.sciencephoto.com/image/712664/350wm/K0048929-Svalbard_ferry-SPL.jpghttps://www.sciencephoto.com/image/712664/preview/K0048929-Svalbard_ferry-SPL.mp415.682016-01-23Yesarcticarctic circlearctic cruisecloudcruisecruise shipcruisingexplorefogfoggyholidayhugelargelinerlongyearbyenmassivemistmistypolarspitsbergensvalbardtownvacationvesselweatherhttps://www.sciencephoto.com/media/712665/view/temperature-inversion-cloud2018-03-28T09:38:32Z0.9K004/8930 Temperature inversion cloudK004/8930 Clouds below a temperature inversion. An inversion occurs when the normal cooling of air with altitude is prevented by an overlying mass of warm air resting on a bed of denser cold air. This prevents the air below rising, as is normally the case, and can trap fog and smog near ground level. Filmed looking east towards High Street from Red Screes in the Lake District, Cumbria, UK.https://www.sciencephoto.com/image/712665/350wm/K0048930-Temperature_inversion_cloud-SPL.jpghttps://www.sciencephoto.com/image/712665/preview/K0048930-Temperature_inversion_cloud-SPL.mp410.42016-01-23Yesabove the cloudchangingcloudcolourfulconditionscumbriaduskeveningfogfoggyglowgreyhilllake districtlightmagicalmistmistymountainnational parkpeakred screesscafellscafell pikesettled high pressureskysunsettemperature inversionukvalleywarmwater vapourhttps://www.sciencephoto.com/media/712666/view/alberta-tar-sands2018-11-06T15:38:17Z0.9K004/8931 Alberta tar sandsK004/8931 Silhouetted tar sands upgrader plant at the Syncrude mine, north of Fort McMurray, Alberta, Canada, at sunset. The tar sands are the largest industrial project on the planet, and the world's most environmentally destructive. The synthetic oil produced from them is three times more carbon intensive than conventional oil supplies, a disaster for the climate. They are responsible for the second fastest rate of deforestation on the planet, second only to the Amazon Rainforest. They produce millions of litres of highly polluted water every day which leaches out into the Athabasca river and has serious health impacts on First Nation peoples living downstream.https://www.sciencephoto.com/image/712666/350wm/K0048931-Alberta_tar_sands-SPL.jpghttps://www.sciencephoto.com/image/712666/preview/K0048931-Alberta_tar_sands-SPL.mp414.972016-01-23Yesaerialaerial photographaffectedair pollutionalbertaathabascabitumenboreal forestc02canadacarbon footprintchimneyclimate changecolorcolorfulcontaminatedcontaminationdepositsdestructionduskemissionsenergyenvironmentenvironmental destructioneveningfort mcmurrayfossil fuelglobal warmingglowheavy industryindustrialindustryhttps://www.sciencephoto.com/media/712667/view/temperature-inversion-cloud2018-03-28T09:38:32Z0.9K004/8933 Temperature inversion cloudK004/8933 Clouds below a temperature inversion. An inversion occurs when the normal cooling of air with altitude is prevented by an overlying mass of warm air resting on a bed of denser cold air. This prevents the air below rising, as is normally the case, and can trap fog and smog near ground level. Filmed looking west at sunset from Red Screes in the Lake District, Cumbria, UK.https://www.sciencephoto.com/image/712667/350wm/K0048933-Temperature_inversion_cloud-SPL.jpghttps://www.sciencephoto.com/image/712667/preview/K0048933-Temperature_inversion_cloud-SPL.mp416.42016-01-23Yesabove the cloudchangingcloudcolourfulconditionscumbriaduskeveningfogfoggyglowgreyhilllake districtlightmagicalmistmistymountainnational parkpeakred screesscafellscafell pikesettled high pressureskysunsettemperature inversionukvalleywarmwater vapourhttps://www.sciencephoto.com/media/712668/view/svalbard-cruise-ship2018-11-06T15:32:03Z0.9K004/8934 Svalbard cruise shipK004/8934 Massive tourist cruise ship in Longyearbyen, Spitsbergen, Svalbard, in the Arctic Ocean.https://www.sciencephoto.com/image/712668/350wm/K0048934-Svalbard_cruise_ship-SPL.jpghttps://www.sciencephoto.com/image/712668/preview/K0048934-Svalbard_cruise_ship-SPL.mp416.122016-01-23Yesarcticarctic circlearctic cruisecloudcruisecruise shipcruisingexplorefogfoggyholidayhugelargelinerlongyearbyenmassivemistmistypolarspitsbergensvalbardtownvacationvesselweatherhttps://www.sciencephoto.com/media/712669/view/svalbard-icebergs2018-03-28T09:38:32Z0.9K004/8935 Svalbard icebergsK004/8935 Icebergs from a glacier on Nordauslandet in northern Svalbard. All of Svalbard's glaciers are retreating, even in the north of the archipelago despite only being around 600 miles from the North Pole.https://www.sciencephoto.com/image/712669/350wm/K0048935-Svalbard_icebergs-SPL.jpghttps://www.sciencephoto.com/image/712669/preview/K0048935-Svalbard_icebergs-SPL.mp411.482016-01-23Yesblue icecliffclimate-changefrozenglacial retreatglaciationglacierglobal-warminghilliceicebergmeltmeltingmountainnordauslandetnorthnorwayridgerocksea level risespitsbergensvalbardwarminghttps://www.sciencephoto.com/media/712670/view/storm-waves2018-03-28T09:38:32Z0.9K004/8936 Storm wavesK004/8936 Storm waves at the coast. Filmed at Whitehaven harbour in Cumbria, UK, during the January 2014 period of storm surge, high tides and storm force winds.https://www.sciencephoto.com/image/712670/350wm/K0048936-Storm_waves-SPL.jpghttps://www.sciencephoto.com/image/712670/preview/K0048936-Storm_waves-SPL.mp418.282016-01-23Yesatlanticbatteredbatteringbreakersbreakingbreakwatercliffclimate changecoastal erosioncrashcrashingcumbriadamagedestructionerodederosionextreme weatherglobal warmingharbourharbour wallhigh tideinfrastructureinundatedirish seapowerpowerfulpromenaderoadsalt waterseasea cliffsea fronthttps://www.sciencephoto.com/media/712671/view/storm-at-the-coast2018-03-28T09:38:32Z0.9K004/8937 Storm at the coastK004/8937 Sea wall and buildings during a storm. This is Whitehaven harbour in Cumbria, UK, filmed during the January 2014 period of storm surge, high tides and storm force winds.https://www.sciencephoto.com/image/712671/350wm/K0048937-Storm_at_the_coast-SPL.jpghttps://www.sciencephoto.com/image/712671/preview/K0048937-Storm_at_the_coast-SPL.mp425.322016-01-23Yesatlanticbatteredbatteringbreakersbreakingbreakwatercliffclimate changecoastal erosioncrashcrashingcumbriadamagedestructionerodederosionextreme weatherglobal warmingharbourharbour wallhigh tideinfrastructureinundatedirish seapowerpowerfulpromenaderoadsalt waterseasea cliffsea fronthttps://www.sciencephoto.com/media/712672/view/svalbard-mountain2018-03-28T09:38:32Z0.9K004/8938 Svalbard mountainK004/8938 Mountain peak wreathed in cloud at Bourbonhamna, on the coast of Spitsbergen, Svalbard.https://www.sciencephoto.com/image/712672/350wm/K0048938-Svalbard_mountain-SPL.jpghttps://www.sciencephoto.com/image/712672/preview/K0048938-Svalbard_mountain-SPL.mp412.242016-01-23Yes77 33 n 15 00 earcticarctic oceanartic circlebeddingbourbonhamnacliffclouderodederosionfogfoggygeologyhilljaggedlandscapemistmistymountainnorthpeakplanerocksnowspitsbergensteepsummitsvalbardweatherhttps://www.sciencephoto.com/media/712673/view/svalbard-icebergs2018-03-28T09:38:32Z0.9K004/8939 Svalbard icebergsK004/8939 Icebergs from a glacier on Nordauslandet in northern Svalbard. All of Svalbard's glaciers are retreating, even in the north of the archipelago despite only being around 600 miles from the North Pole.https://www.sciencephoto.com/image/712673/350wm/K0048939-Svalbard_icebergs-SPL.jpghttps://www.sciencephoto.com/image/712673/preview/K0048939-Svalbard_icebergs-SPL.mp418.562016-01-23Yesblue icecliffclimate-changefrozenglacial retreatglaciationglacierglobal-warminghilliceicebergmeltmeltingmountainnordauslandetnorthnorwayridgerocksea level risespitsbergensvalbardwarminghttps://www.sciencephoto.com/media/712674/view/temperature-inversion-cloud2018-03-28T09:38:32Z0.9K004/8940 Temperature inversion cloudK004/8940 Clouds below a temperature inversion. An inversion occurs when the normal cooling of air with altitude is prevented by an overlying mass of warm air resting on a bed of denser cold air. This prevents the air below rising, as is normally the case, and can trap fog and smog near ground level. Filmed looking west at sunset from Red Screes in the Lake District, Cumbria, UK.https://www.sciencephoto.com/image/712674/350wm/K0048940-Temperature_inversion_cloud-SPL.jpghttps://www.sciencephoto.com/image/712674/preview/K0048940-Temperature_inversion_cloud-SPL.mp411.22016-01-23Yesabove the cloudchangingcloudcolourfulconditionscumbriaduskeveningfogfoggyglowgreyhilllake districtlightmagicalmistmistymountainnational parkpeakred screesscafellscafell pikesettled high pressureskysunsettemperature inversionukvalleywarmwater vapourhttps://www.sciencephoto.com/media/712675/view/svalbard-tourist-boats2018-03-28T09:38:32Z0.9K004/8941 Svalbard tourist boatsK004/8941 Zodiaks from the Russian research vessel Akademik Sergey Vavilov, an ice-strengthened ship on an expedition cruise to Northern Svalbard.https://www.sciencephoto.com/image/712675/350wm/K0048941-Svalbard_tourist_boats-SPL.jpghttps://www.sciencephoto.com/image/712675/preview/K0048941-Svalbard_tourist_boats-SPL.mp410.282016-01-23Yesakademik sergey vavilovarcticarctic oceanarctic ocean boatartic circlebeachcoastcoldcruiseexpeditionhillmountainnorthremoterussianshipspitsbergensvalbardtourtourismzodiak inflatable boathttps://www.sciencephoto.com/media/712676/view/svalbard-glacier2018-11-06T15:31:43Z0.9K004/8942 Svalbard glacierK004/8942 Receding glacier at Bourbonhamna, northern Svalbard.https://www.sciencephoto.com/image/712676/350wm/K0048942-Svalbard_glacier-SPL.jpghttps://www.sciencephoto.com/image/712676/preview/K0048942-Svalbard_glacier-SPL.mp416.042016-01-23Yes77 33 n 15 00 earcticarctic oceanartic circlebogbourbonhamnacoastfjordhilllandscapemeltingmountainnorthpeakpermafrostpoolspitsbergensvalbardtundrawaterhttps://www.sciencephoto.com/media/712677/view/svalbard-icebergs2018-11-06T15:38:17Z0.9K004/8945 Svalbard icebergsK004/8945 Icebergs from a glacier on Nordauslandet in northern Svalbard. All of Svalbard's glaciers are retreating, even in the north of the archipelago despite only being around 600 miles from the North Pole.https://www.sciencephoto.com/image/712677/350wm/K0048945-Svalbard_icebergs-SPL.jpghttps://www.sciencephoto.com/image/712677/preview/K0048945-Svalbard_icebergs-SPL.mp411.362016-01-23Yesblue icecliffclimate-changefrozenglacial retreatglaciationglacierglobal-warminghilliceicebergmeltmeltingmountainnordauslandetnorthnorwayridgerocksea level risespitsbergensvalbardwarminghttps://www.sciencephoto.com/media/712678/view/svalbard-glacier2018-03-28T09:38:32Z0.9K004/8947 Svalbard glacierK004/8947 Glacier at Recherchefjorden on Western Svalbard. All of Svalbard's glaciers are retreating, even in the north of the archipelago despite only being around 600 miles from the North Pole.https://www.sciencephoto.com/image/712678/350wm/K0048947-Svalbard_glacier-SPL.jpghttps://www.sciencephoto.com/image/712678/preview/K0048947-Svalbard_glacier-SPL.mp412.922016-01-23Yescliffclimate-changecrackcrevasseedgefrozenglacial retreatglaciationglacierglobal-warminghilliceice bluemeltmeltingmountainnorthnorwayrecherchefjordenridgerocksea level risesnoutspitsbergensvalbardwarminghttps://www.sciencephoto.com/media/712679/view/svalbard-glacier2018-03-28T09:38:32Z0.9K004/8948 Svalbard glacierK004/8948 Receding glacier at Bourbonhamna, northern Svalbard.https://www.sciencephoto.com/image/712679/350wm/K0048948-Svalbard_glacier-SPL.jpghttps://www.sciencephoto.com/image/712679/preview/K0048948-Svalbard_glacier-SPL.mp418.42016-01-23Yes77 33 n 15 00 earcticarctic oceanartic circlebogbourbonhamnacoastfjordhilllandscapemeltingmountainnorthpeakpermafrostpoolspitsbergensvalbardtundrawaterhttps://www.sciencephoto.com/media/712680/view/svalbard-kayakers2018-03-28T09:38:32Z0.9K004/8949 Svalbard kayakersK004/8949 Sea kayakers from the Russian research vessel Akademik Sergey Vavilov. This is an ice-strengthened ship on an expedition cruise to Northern Svalbard.https://www.sciencephoto.com/image/712680/350wm/K0048949-Svalbard_kayakers-SPL.jpghttps://www.sciencephoto.com/image/712680/preview/K0048949-Svalbard_kayakers-SPL.mp411.882016-01-23Yesadventureakademik sergey vavilovanchoredarcticarctic circlearctic oceanbeachboatcanoecoastcruiseexpeditionfjordglaciergrouphillkayakkayakingmountainnorthpeakremoterussiansea kayakshipshoresnowspitsbergensvalbardtourtourismvisithttps://www.sciencephoto.com/media/712681/view/temperature-inversion-cloud2018-03-28T09:38:32Z0.9K004/8950 Temperature inversion cloudK004/8950 Clouds below a temperature inversion. An inversion occurs when the normal cooling of air with altitude is prevented by an overlying mass of warm air resting on a bed of denser cold air. This prevents the air below rising, as is normally the case, and can trap fog and smog near ground level. Filmed looking west from Red Screes in the Lake District, Cumbria, UK.https://www.sciencephoto.com/image/712681/350wm/K0048950-Temperature_inversion_cloud-SPL.jpghttps://www.sciencephoto.com/image/712681/preview/K0048950-Temperature_inversion_cloud-SPL.mp492016-01-23Yesabove the cloudchangingcloudconditionscumbriaduskeveningfogfoggygreyhilllake districtmagicalmistmistymountainnational parkpeakred screesscafellscafell pikesettled high pressureskysunsettemperature inversionukvalleywater vapourweatherweather conditionshttps://www.sciencephoto.com/media/712682/view/storm-damage-to-coast2018-03-28T09:38:32Z0.9K004/8952 Storm damage to coastK004/8952 Coastal cliffs eroded during a storm. This is Whitehaven harbour and sea cliffs, in Cumbria, UK, filmed during the January 2014 period of storm surge, high tides and storm force winds.https://www.sciencephoto.com/image/712682/350wm/K0048952-Storm_damage_to_coast-SPL.jpghttps://www.sciencephoto.com/image/712682/preview/K0048952-Storm_damage_to_coast-SPL.mp420.642016-01-23Yesatlanticbatteredbatteringbreakersbreakingbreakwatercliffclimate changecoastal erosioncrashcrashingcumbriadamagedestructionerodederosionextreme weatherglobal warmingharbourharbour wallhigh tideinfrastructureinundatedirish seapowerpowerfulpromenaderoadsalt waterseasea cliffsea fronthttps://www.sciencephoto.com/media/712683/view/svalbard-supply-ship2018-03-28T09:38:32Z0.9K004/8953 Svalbard supply shipK004/8953 Mining supply ship off the coast of Spitsbergen, Svalbard. As the Arctic melts it is being increasingly exploited for its mineral and fossil fuel wealth.https://www.sciencephoto.com/image/712683/350wm/K0048953-Svalbard_supply_ship-SPL.jpghttps://www.sciencephoto.com/image/712683/preview/K0048953-Svalbard_supply_ship-SPL.mp49.722016-01-23Yes77 33 n 15 00 earcticarctic oceanartic circlebeddingboatbourbonhamnacliffclouderodederosionfogfoggygeologyhilljaggedlandscapemineminingmistmistymountainnorthpeakplaneremoterockshipsnowspitsbergensteepsummithttps://www.sciencephoto.com/media/712684/view/storm-damage-to-coast2018-03-28T09:38:32Z0.9K004/8954 Storm damage to coastK004/8954 Coastal cliffs eroded during a storm. This is Whitehaven harbour and sea cliffs, in Cumbria, UK, filmed during the January 2014 period of storm surge, high tides and storm force winds.https://www.sciencephoto.com/image/712684/350wm/K0048954-Storm_damage_to_coast-SPL.jpghttps://www.sciencephoto.com/image/712684/preview/K0048954-Storm_damage_to_coast-SPL.mp410.82016-01-23Yesatlanticbatteredbatteringbreakersbreakingbreakwatercliffclimate changecoastal erosioncrashcrashingcumbriadamagedestructionerodederosionextreme weatherglobal warmingharbourharbour wallhigh tideinfrastructureinundatedirish seapowerpowerfulpromenaderoadsalt waterseasea cliffsea fronthttps://www.sciencephoto.com/media/712685/view/temperature-inversion-cloud2018-03-28T09:38:32Z0.9K004/8956 Temperature inversion cloudK004/8956 Clouds below a temperature inversion. An inversion occurs when the normal cooling of air with altitude is prevented by an overlying mass of warm air resting on a bed of denser cold air. This prevents the air below rising, as is normally the case, and can trap fog and smog near ground level. Filmed looking west at sunset from Red Screes in the Lake District, Cumbria, UK.https://www.sciencephoto.com/image/712685/350wm/K0048956-Temperature_inversion_cloud-SPL.jpghttps://www.sciencephoto.com/image/712685/preview/K0048956-Temperature_inversion_cloud-SPL.mp411.562016-01-23Yesabove the cloudchangingcloudcolourfulconditionscumbriaduskeveningfogfoggyglowgreyhilllake districtlightmagicalmistmistymountainnational parkpeakred screesscafellscafell pikesettled high pressureskysunsettemperature inversionukvalleywarmwater vapourhttps://www.sciencephoto.com/media/712686/view/storm-at-the-coast2018-03-28T09:38:32Z0.9K004/8957 Storm at the coastK004/8957 Sea wall and buildings during a storm. This is Whitehaven harbour in Cumbria, UK, filmed during the January 2014 period of storm surge, high tides and storm force winds.https://www.sciencephoto.com/image/712686/350wm/K0048957-Storm_at_the_coast-SPL.jpghttps://www.sciencephoto.com/image/712686/preview/K0048957-Storm_at_the_coast-SPL.mp417.562016-01-23Yesatlanticbatteredbatteringbreakersbreakingbreakwatercliffclimate changecoastal erosioncrashcrashingcumbriadamagedestructionerodederosionextreme weatherglobal warmingharbourharbour wallhigh tideinfrastructureinundatedirish seapowerpowerfulpromenaderoadsalt waterseasea cliffsea fronthttps://www.sciencephoto.com/media/712687/view/storm-waves2018-03-28T09:38:32Z0.9K004/8958 Storm wavesK004/8958 Storm waves crashing onto a beach. Filmed at Parton, near Whitehaven, Cumbria, UK, during the January 2014 period of storm surge, high tides and storm force winds.https://www.sciencephoto.com/image/712687/350wm/K0048958-Storm_waves-SPL.jpghttps://www.sciencephoto.com/image/712687/preview/K0048958-Storm_waves-SPL.mp418.842016-01-23Yesatlanticbatteredbatteringbreakersbreakingbreakwaterclimate changecoastal erosioncrashcrashingcumbriadamagedestructionerodederosionextreme weatherglobal warminghigh tidehousehousinginfrastructureinundatedirish seapartonpowerpowerfulsalt waterseasea frontseafrontstormstorm damagehttps://www.sciencephoto.com/media/712688/view/alberta-tar-sands2018-11-06T15:33:14Z0.9K004/8959 Alberta tar sandsK004/8959 Silhouetted tar sands upgrader plant at the Syncrude mine, north of Fort McMurray, Alberta, Canada, at sunset. The tar sands are the largest industrial project on the planet, and the world's most environmentally destructive. The synthetic oil produced from them is three times more carbon intensive than conventional oil supplies, a disaster for the climate. They are responsible for the second fastest rate of deforestation on the planet, second only to the Amazon Rainforest. They produce millions of litres of highly polluted water every day which leaches out into the Athabasca river and has serious health impacts on First Nation peoples living downstream.https://www.sciencephoto.com/image/712688/350wm/K0048959-Alberta_tar_sands-SPL.jpghttps://www.sciencephoto.com/image/712688/preview/K0048959-Alberta_tar_sands-SPL.mp413.432016-01-23Yesaerialaerial photographaffectedair pollutionalbertaathabascabitumenboreal forestc02canadacarbon footprintchimneyclimate changecolorcolorfulcontaminatedcontaminationdepositsdestructionduskemissionsenergyenvironmentenvironmental destructioneveningfort mcmurrayfossil fuelglobal warmingglowheavy industryindustrialindustryhttps://www.sciencephoto.com/media/712689/view/temperature-inversion-cloud2018-03-28T09:38:32Z0.9K004/8960 Temperature inversion cloudK004/8960 Clouds below a temperature inversion. An inversion occurs when the normal cooling of air with altitude is prevented by an overlying mass of warm air resting on a bed of denser cold air. This prevents the air below rising, as is normally the case, and can trap fog and smog near ground level. Filmed looking west at sunset from Red Screes in the Lake District, Cumbria, UK.https://www.sciencephoto.com/image/712689/350wm/K0048960-Temperature_inversion_cloud-SPL.jpghttps://www.sciencephoto.com/image/712689/preview/K0048960-Temperature_inversion_cloud-SPL.mp410.62016-01-23Yesabove the cloudchangingcloudcolourfulconditionscumbriaduskeveningfogfoggyglowgreyhilllake districtlightmagicalmistmistymountainnational parkpeakred screesscafellscafell pikesettled high pressureskysunsettemperature inversionukvalleywarmwater vapourhttps://www.sciencephoto.com/media/712690/view/snow-and-valley-fog2018-03-28T09:38:32Z0.9K004/8961 Snow and valley fogK004/8961 Snowy mountain with valley fog below, due to a temperature inversion. An inversion is where the normal cooling of the air with altitude is replaced by warmer air above a layer of cold dense air. With sufficient humidity, fog can form in the cold layer and persist for a long time. Filmed from Red Screes, above Ambleside, Lake District, UK.https://www.sciencephoto.com/image/712690/350wm/K0048961-Snow_and_valley_fog-SPL.jpghttps://www.sciencephoto.com/image/712690/preview/K0048961-Snow_and_valley_fog-SPL.mp419.242016-01-23Yescloudcoldcrinkle cragscumbriafogfoggyglowhillkirkstonekirkstone passlake districtmistmistymountainnational parkorangepoor visibilityred screesslopesnowsteepsunsettemperature inversionukvalleyvisibilityweatherwestwinterhttps://www.sciencephoto.com/media/712691/view/temperature-inversion-cloud2018-03-28T09:38:32Z0.9K004/8962 Temperature inversion cloudK004/8962 Clouds below a temperature inversion. An inversion occurs when the normal cooling of air with altitude is prevented by an overlying mass of warm air resting on a bed of denser cold air. This prevents the air below rising, as is normally the case, and can trap fog and smog near ground level. Filmed looking north towards Helvellyn from Red Screes in the Lake District, Cumbria, UK.https://www.sciencephoto.com/image/712691/350wm/K0048962-Temperature_inversion_cloud-SPL.jpghttps://www.sciencephoto.com/image/712691/preview/K0048962-Temperature_inversion_cloud-SPL.mp412.682016-01-23Yesabove the cloudchangingcloudcolourfulconditionscumbriaduskeveningfogfoggyglowgreyhilllake districtlightmagicalmistmistymountainnational parkpeakred screesscafellscafell pikesettled high pressureskysunsettemperature inversionukvalleywarmwater vapourhttps://www.sciencephoto.com/media/712692/view/svalbard-icebergs2018-11-06T15:31:51Z0.9K004/8963 Svalbard icebergsK004/8963 Icebergs from a glacier on Nordauslandet in northern Svalbard. All of Svalbard's glaciers are retreating, even in the north of the archipelago despite only being around 600 miles from the North Pole.https://www.sciencephoto.com/image/712692/350wm/K0048963-Svalbard_icebergs-SPL.jpghttps://www.sciencephoto.com/image/712692/preview/K0048963-Svalbard_icebergs-SPL.mp414.882016-01-23Yesblue icecliffclimate-changefrozenglacial retreatglaciationglacierglobal-warminghilliceicebergmeltmeltingmountainnordauslandetnorthnorwayridgerocksea level risespitsbergensvalbardwarminghttps://www.sciencephoto.com/media/712693/view/svalbard-mountains2018-11-06T15:30:44Z0.9K004/8965 Svalbard mountainsK004/8965 Coastal mountains on the side of Isfjorden on Spitsbergen, Svalbard, Arctic Oceanhttps://www.sciencephoto.com/image/712693/350wm/K0048965-Svalbard_mountains-SPL.jpghttps://www.sciencephoto.com/image/712693/preview/K0048965-Svalbard_mountains-SPL.mp413.42016-01-23Yesarcticarctic oceanareteartic circlecoasterosionfjordfogfoggyglacierhilllandscapemistmistymountainnorth isfjordenridgerockyseaspitsbergensteepsvalbardvisibilityweatherhttps://www.sciencephoto.com/media/712694/view/svalbard-mountains2018-03-28T09:38:32Z0.9K004/8967 Svalbard mountainsK004/8967 Mountains and cloud on the coast in Southern Svalbard.https://www.sciencephoto.com/image/712694/350wm/K0048967-Svalbard_mountains-SPL.jpghttps://www.sciencephoto.com/image/712694/preview/K0048967-Svalbard_mountains-SPL.mp412.322016-01-23Yescliffclimate-changecrackcrevasseedgefrozenglacial retreatglaciationglacierglobal-warminghilliceice bluemeltmeltingmountainnorthnorwayridgerocksea level riseseracsnoutspitsbergensvalbardwarminghttps://www.sciencephoto.com/media/712695/view/svalbard-mountains2018-03-28T09:38:32Z0.9K004/8969 Svalbard mountainsK004/8969 Coastal mountains on the side of Isfjorden on Spitsbergen, Svalbard, Arctic Oceanhttps://www.sciencephoto.com/image/712695/350wm/K0048969-Svalbard_mountains-SPL.jpghttps://www.sciencephoto.com/image/712695/preview/K0048969-Svalbard_mountains-SPL.mp411.482016-01-23Yesarcticarctic oceanartic circlecoastfjordfogfoggyglacierhillisfjordenlandscapemistmistymountainnorthseaspitsbergensvalbardvisibilityweatherhttps://www.sciencephoto.com/media/712696/view/svalbard-coastal-mountains2018-03-28T09:38:32Z0.9K004/8970 Svalbard coastal mountainsK004/8970 Coastal mountains on the side of Isfjorden on Spitsbergen, Svalbard, Arctic Ocean.https://www.sciencephoto.com/image/712696/350wm/K0048970-Svalbard_coastal_mountains-SPL.jpghttps://www.sciencephoto.com/image/712696/preview/K0048970-Svalbard_coastal_mountains-SPL.mp415.242016-01-23Yesarcticarctic oceanartic circlecoastfjordfogfoggyglacierhilllandscapemistmistymountainnorth isfjordenseaspitsbergensvalbardvisibilityweatherhttps://www.sciencephoto.com/media/712697/view/svalbard-glacier2018-03-28T09:38:32Z0.9K004/8971 Svalbard glacierK004/8971 Glacier at Recherchefjorden on Western Svalbard. All of Svalbard's glaciers are retreating, even in the north of the archipelago despite only being around 600 miles from the North Pole.https://www.sciencephoto.com/image/712697/350wm/K0048971-Svalbard_glacier-SPL.jpghttps://www.sciencephoto.com/image/712697/preview/K0048971-Svalbard_glacier-SPL.mp413.162016-01-23Yescliffclimate-changecrackcrevasseedgefrozenglacial retreatglaciationglacierglobal-warminghilliceice bluemeltmeltingmountainnorthnorwayrecherchefjordenridgerocksea level risesnoutspitsbergensvalbardwarminghttps://www.sciencephoto.com/media/712698/view/svalbard-icebergs2018-11-06T15:36:22Z0.9K004/8972 Svalbard icebergsK004/8972 Icebergs from a glacier on Nordauslandet in northern Svalbard. All of Svalbard's glaciers are retreating, even in the north of the archipelago despite only being around 600 miles from the North Pole.https://www.sciencephoto.com/image/712698/350wm/K0048972-Svalbard_icebergs-SPL.jpghttps://www.sciencephoto.com/image/712698/preview/K0048972-Svalbard_icebergs-SPL.mp413.162016-01-23Yesblue icecliffclimate-changefrozenglacial retreatglaciationglacierglobal-warminghilliceicebergmeltmeltingmountainnordauslandetnorthnorwayridgerocksea level risespitsbergensvalbardwarminghttps://www.sciencephoto.com/media/712699/view/temperature-inversion-cloud2018-03-28T09:38:32Z0.9K004/8974 Temperature inversion cloudK004/8974 Clouds below a temperature inversion. An inversion occurs when the normal cooling of air with altitude is prevented by an overlying mass of warm air resting on a bed of denser cold air. This prevents the air below rising, as is normally the case, and can trap fog and smog near ground level. Filmed looking west at sunset from Red Screes in the Lake District, Cumbria, UK.https://www.sciencephoto.com/image/712699/350wm/K0048974-Temperature_inversion_cloud-SPL.jpghttps://www.sciencephoto.com/image/712699/preview/K0048974-Temperature_inversion_cloud-SPL.mp424.682016-01-23Yesabove the cloudchangingcloudcolourfulconditionscumbriaduskeveningfogfoggyglowgreyhilllake districtlightmagicalmistmistymountainnational parkpeakred screesscafellscafell pikesettled high pressureskysunsettemperature inversionukvalleywarmwater vapourhttps://www.sciencephoto.com/media/712700/view/svalbard-ferry2018-03-28T09:38:32Z0.9K004/8975 Svalbard ferryK004/8975 Tourist ferry in Longyearbyen, Spitsbergen, Svalbard, in the Arctic Ocean.https://www.sciencephoto.com/image/712700/350wm/K0048975-Svalbard_ferry-SPL.jpghttps://www.sciencephoto.com/image/712700/preview/K0048975-Svalbard_ferry-SPL.mp412.042016-01-23Yesarcticarctic circlearctic cruisecloudcruisecruise shipcruisingexplorefogfoggyholidayhugelargelinerlongyearbyenmassivemistmistypolarspitsbergensvalbardtownvacationvesselweatherhttps://www.sciencephoto.com/media/712701/view/alberta-tar-sands2018-11-06T15:30:27Z0.9K004/8976 Alberta tar sandsK004/8976 Silhouetted tar sands upgrader plant at the Syncrude mine, north of Fort McMurray, Alberta, Canada, at sunset. The tar sands are the largest industrial project on the planet, and the world's most environmentally destructive. The synthetic oil produced from them is three times more carbon intensive than conventional oil supplies, a disaster for the climate. They are responsible for the second fastest rate of deforestation on the planet, second only to the Amazon Rainforest. They produce millions of litres of highly polluted water every day which leaches out into the Athabasca river and has serious health impacts on First Nation peoples living downstream.https://www.sciencephoto.com/image/712701/350wm/K0048976-Alberta_tar_sands-SPL.jpghttps://www.sciencephoto.com/image/712701/preview/K0048976-Alberta_tar_sands-SPL.mp413.472016-01-23Yesaerialaerial photographaffectedair pollutionalbertaathabascabitumenboreal forestc02canadacarbon footprintchimneyclimate changecolorcolorfulcontaminatedcontaminationdepositsdestructionduskemissionsenergyenvironmentenvironmental destructioneveningfort mcmurrayfossil fuelglobal warmingglowheavy industryindustrialindustryhttps://www.sciencephoto.com/media/712702/view/svalbard-supply-ship2018-03-28T09:38:32Z0.9K004/8978 Svalbard supply shipK004/8978 Mining supply ship off the coast of Spitsbergen, Svalbard. As the Arctic melts it is being increasingly exploited for its mineral and fossil fuel wealth.https://www.sciencephoto.com/image/712702/350wm/K0048978-Svalbard_supply_ship-SPL.jpghttps://www.sciencephoto.com/image/712702/preview/K0048978-Svalbard_supply_ship-SPL.mp411.922016-01-23Yes77 33 n 15 00 earcticarctic oceanartic circlebeddingboatbourbonhamnacliffclouderodederosionfogfoggygeologyhilljaggedlandscapemineminingmistmistymountainnorthpeakplaneremoterockshipsnowspitsbergensteepsummithttps://www.sciencephoto.com/media/712703/view/temperature-inversion-cloud2018-11-06T15:32:40Z0.9K004/8979 Temperature inversion cloudK004/8979 Clouds below a temperature inversion. An inversion occurs when the normal cooling of air with altitude is prevented by an overlying mass of warm air resting on a bed of denser cold air. This prevents the air below rising, as is normally the case, and can trap fog and smog near ground level. Filmed looking west at sunset from Red Screes in the Lake District, Cumbria, UK.https://www.sciencephoto.com/image/712703/350wm/K0048979-Temperature_inversion_cloud-SPL.jpghttps://www.sciencephoto.com/image/712703/preview/K0048979-Temperature_inversion_cloud-SPL.mp412.442016-01-23Yesabove the cloudchangingcloudcolourfulconditionscumbriaduskeveningfogfoggyglowgreyhilllake districtlightmagicalmistmistymountainnational parkpeakred screesscafellscafell pikesettled high pressureskysunsettemperature inversionukvalleywarmwater vapourhttps://www.sciencephoto.com/media/712704/view/svalbard-glacier2018-03-28T09:38:32Z0.9K004/8980 Svalbard glacierK004/8980 Glacier at Recherchefjorden on Western Svalbard. All of Svalbard's glaciers are retreating, even in the north of the archipelago despite only being around 600 miles from the North Pole.https://www.sciencephoto.com/image/712704/350wm/K0048980-Svalbard_glacier-SPL.jpghttps://www.sciencephoto.com/image/712704/preview/K0048980-Svalbard_glacier-SPL.mp410.762016-01-23Yescliffclimate-changecrackcrevasseedgefrozenglacial retreatglaciationglacierglobal-warminghilliceice bluemeltmeltingmountainnorthnorwayrecherchefjordenridgerocksea level risesnoutspitsbergensvalbardwarminghttps://www.sciencephoto.com/media/712705/view/svalbard-mountain2018-03-28T09:38:32Z0.9K004/8981 Svalbard mountainK004/8981 Mountain peak covered in cloud at Bourbonhamna, Spitsbergen, Svalbard. A mine supply ship is in the foreground. As the Arctic melts it is being increasingly exploited for its mineral and fossil fuel wealth.https://www.sciencephoto.com/image/712705/350wm/K0048981-Svalbard_mountain-SPL.jpghttps://www.sciencephoto.com/image/712705/preview/K0048981-Svalbard_mountain-SPL.mp411.042016-01-23Yes77 33 n 15 00 earcticarctic oceanartic circlebeddingboatbourbonhamnacliffclouderodederosionfogfoggygeologyhilljaggedlandscapemineminingmistmistymountainnorthpeakplaneremoterockshipsnowspitsbergensteepsummithttps://www.sciencephoto.com/media/712706/view/svalbard-icebergs2018-03-28T09:38:32Z0.9K004/8983 Svalbard icebergsK004/8983 A glacier in Svalbard. All of Svalbard's glaciers are retreating, even in the north of the archipelago despite only being around 600 miles from the North Pole.https://www.sciencephoto.com/image/712706/350wm/K0048983-Svalbard_icebergs-SPL.jpghttps://www.sciencephoto.com/image/712706/preview/K0048983-Svalbard_icebergs-SPL.mp414.922016-01-23Yescliffclimate-changecrackcrevasseedgefrozenglacial retreatglaciationglacierglobal-warminghilliceice bluemeltmeltingmountainnorthnorwayridgerocksea level riseseracsnoutspitsbergensvalbardwarminghttps://www.sciencephoto.com/media/712707/view/svalbard-mountains2018-11-06T15:33:01Z0.9K004/8984 Svalbard mountainsK004/8984 Coastal mountains on the side of Isfjorden on Spitsbergen, Svalbard, Arctic Oceanhttps://www.sciencephoto.com/image/712707/350wm/K0048984-Svalbard_mountains-SPL.jpghttps://www.sciencephoto.com/image/712707/preview/K0048984-Svalbard_mountains-SPL.mp412.522016-01-23Yesarcticarctic oceanartic circlecoastfjordfogfoggyglacierhilllandscapemistmistymountainnorth isfjordenseaspitsbergensvalbardvisibilityweatherhttps://www.sciencephoto.com/media/712708/view/svalbard-tourists2018-03-28T09:38:32Z0.9K004/8985 Svalbard touristsK004/8985 Passengers disembarking a Zodiak boat from the Russian research vessel Akademik Sergey Vavilov. This is an ice-strengthened ship on an expedition cruise to Northern Svalbard.https://www.sciencephoto.com/image/712708/350wm/K0048985-Svalbard_tourists-SPL.jpghttps://www.sciencephoto.com/image/712708/preview/K0048985-Svalbard_tourists-SPL.mp411.482016-01-23Yesakademik sergey vavilovarcticarctic oceanartic circlebeachboatcoastcoldcruiseexpeditioniceicebergmountainnorthpassengerremoterussianshipspitsbergensvalbardtourtourismzodiak inflatable boathttps://www.sciencephoto.com/media/712709/view/storm-waves2018-03-28T09:38:32Z0.9K004/8986 Storm wavesK004/8986 Storm waves at the coast. Filmed at Whitehaven harbour in Cumbria, UK, during the January 2014 period of storm surge, high tides and storm force winds.https://www.sciencephoto.com/image/712709/350wm/K0048986-Storm_waves-SPL.jpghttps://www.sciencephoto.com/image/712709/preview/K0048986-Storm_waves-SPL.mp412.242016-01-23Yesatlanticbatteredbatteringbreakersbreakingbreakwatercliffclimate changecoastal erosioncrashcrashingcumbriadamagedestructionerodederosionextreme weatherglobal warmingharbourharbour wallhigh tideinfrastructureinundatedirish seapowerpowerfulpromenaderoadsalt waterseasea cliffsea fronthttps://www.sciencephoto.com/media/712710/view/svalbard-glacier2018-03-28T09:38:32Z0.9K004/8987 Svalbard glacierK004/8987 Glacier at Recherchefjorden on Western Svalbard. All of Svalbard's glaciers are retreating, even in the north of the archipelago despite only being around 600 miles from the North Pole.https://www.sciencephoto.com/image/712710/350wm/K0048987-Svalbard_glacier-SPL.jpghttps://www.sciencephoto.com/image/712710/preview/K0048987-Svalbard_glacier-SPL.mp411.162016-01-23Yescliffclimate-changecrackcrevassefrozenglacial retreatglaciationglacierglobal-warminghilliceice bluemeltmeltingmountainnorthnorwayrecherchefjordenridgerocksea level risesnout edgespitsbergensvalbardwarminghttps://www.sciencephoto.com/media/712711/view/storm-waves2018-03-28T09:38:32Z0.9K004/8988 Storm wavesK004/8988 Storm waves crashing onto a beach. Filmed at Parton, near Whitehaven, Cumbria, UK, during the January 2014 period of storm surge, high tides and storm force winds.https://www.sciencephoto.com/image/712711/350wm/K0048988-Storm_waves-SPL.jpghttps://www.sciencephoto.com/image/712711/preview/K0048988-Storm_waves-SPL.mp418.922016-01-23Yesatlanticbatteredbatteringbreakersbreakingbreakwaterclimate changecoastal erosioncrashcrashingcumbriadamagedestructionerodederosionextreme weatherglobal warminghigh tidehousehousinginfrastructureinundatedirish seapartonpowerpowerfulsalt waterseasea frontseafrontstormstorm damagehttps://www.sciencephoto.com/media/712712/view/svalbard-icebergs2018-03-28T09:38:32Z0.9K004/8989 Svalbard icebergsK004/8989 Icebergs from a glacier on Nordauslandet in northern Svalbard. All of Svalbard's glaciers are retreating, even in the north of the archipelago despite only being around 600 miles from the North Pole.https://www.sciencephoto.com/image/712712/350wm/K0048989-Svalbard_icebergs-SPL.jpghttps://www.sciencephoto.com/image/712712/preview/K0048989-Svalbard_icebergs-SPL.mp412.62016-01-23Yesblue icecliffclimate-changefrozenglacial retreatglaciationglacierglobal-warminghilliceicebergmeltmeltingmountainnordauslandetnorthnorwayridgerocksea level risespitsbergensvalbardwarminghttps://www.sciencephoto.com/media/712713/view/rowan-berries2018-03-28T09:38:32Z0.9K004/9089 Rowan berriesK004/9089 Berries on a rowan, or mountain ash (Sorbus sp.), in the Lake District, UK.https://www.sciencephoto.com/image/712713/350wm/K0049089-Rowan_berries-SPL.jpghttps://www.sciencephoto.com/image/712713/preview/K0049089-Rowan_berries-SPL.mp411.682016-01-23Yesautumnberriesberrybreezecolourfulfallfall coloursfoliageladenleafmountain ashorangeredreproductionrowanswaytreehttps://www.sciencephoto.com/media/712714/view/terrapins2018-03-28T09:38:32Z0.9K004/9091 TerrapinsK004/9091 Striped-necked terrapins (Mauremys caspica) in reeds by a river in Skala Eresou, Lesvos, Greece.https://www.sciencephoto.com/image/712714/350wm/K0049091-Terrapins-SPL.jpghttps://www.sciencephoto.com/image/712714/preview/K0049091-Terrapins-SPL.mp416.282016-01-23Yesamphibiancollectioncongregatecongregationfishgatheringgreecelesboslesvosmauremys caspicamurkyrivershellskala-eresoustriped-necked-terrapinsswarmswimswimmingterrapinwaterwildlifehttps://www.sciencephoto.com/media/712715/view/fountain2018-03-28T09:38:32Z0.9K004/9094 FountainK004/9094 Fountain in Holehird Gardens, Windermere, Lake District, UK.https://www.sciencephoto.com/image/712715/350wm/K0049094-Fountain-SPL.jpghttps://www.sciencephoto.com/image/712715/preview/K0049094-Fountain-SPL.mp412.82016-01-23Yesfountainholehird gardenslake districtsprayukwaterwater featurewindermerehttps://www.sciencephoto.com/media/712716/view/reflections-in-a-weir2018-03-28T09:38:32Z0.9K004/9097 Reflections in a weirK004/9097 Reflections in the weir at Grasmere lake, Lake District, UK.https://www.sciencephoto.com/image/712716/350wm/K0049097-Reflections_in_a_weir-SPL.jpghttps://www.sciencephoto.com/image/712716/preview/K0049097-Reflections_in_a_weir-SPL.mp411.82016-01-23Yesflatgrasmeregreeninsectlakelake districtreflectedreflectionrippleripplingstillsummersurfaceukweirhttps://www.sciencephoto.com/media/712717/view/autumn-maple-leaves2018-03-28T09:38:32Z0.9K004/9100 Autumn maple leavesK004/9100 Autumn colours on a Japanese maple tree (Acer sp.), in Ambleside, Lake District, UK.https://www.sciencephoto.com/image/712717/350wm/K0049100-Autumn_maple_leaves-SPL.jpghttps://www.sciencephoto.com/image/712717/preview/K0049100-Autumn_maple_leaves-SPL.mp411.762016-01-23Yes10 seconds or greateramblesideautumnbotanyclose upcurledcurlingdaydeciduouseuropefallflorahandheldlake districtleafleavesnaturenobodyorangeoutdoorsplantreal timerhododendronshrubsunlightukunited kingdomhttps://www.sciencephoto.com/media/712718/view/rowan-tree-in-spring2018-03-28T09:38:32Z0.9K004/9101 Rowan tree in springK004/9101 Fresh young leaves swaying on a rowan tree (Sorbus sp.) in spring.https://www.sciencephoto.com/image/712718/350wm/K0049101-Rowan_tree_in_spring-SPL.jpghttps://www.sciencephoto.com/image/712718/preview/K0049101-Rowan_tree_in_spring-SPL.mp412.322016-01-23Yesbreezecolourfulfoliagefreshgreenleafspringswaytreehttps://www.sciencephoto.com/media/712719/view/lake-and-gardens2018-03-28T09:38:32Z0.9K004/9105 Lake and gardensK004/9105 Looking towards Lake Windermere from Holehird Gardens, Lake District, UK.https://www.sciencephoto.com/image/712719/350wm/K0049105-Lake_and_gardens-SPL.jpghttps://www.sciencephoto.com/image/712719/preview/K0049105-Lake_and_gardens-SPL.mp421.562016-01-23Yesbreezecolourfulfoliageholehird gardenslakeleafspringswaytreewindermerehttps://www.sciencephoto.com/media/712720/view/waterfalls2018-03-28T09:38:32Z0.9K004/9114 WaterfallsK004/9114 Stock Ghyll waterfall in flood, Ambleside, Lake District, UK.https://www.sciencephoto.com/image/712720/350wm/K0049114-Waterfalls-SPL.jpghttps://www.sciencephoto.com/image/712720/preview/K0049114-Waterfalls-SPL.mp4112016-01-23Yesamblesidecascadedropfloodfloodingforestgravitylake districtnational parkrainrainingstock ghylltorrenttorrentialtreeukwaterwaterfallwhite waterwinterwoodlandhttps://www.sciencephoto.com/media/712721/view/terrapins2018-03-28T09:38:32Z0.9K004/9115 TerrapinsK004/9115 Striped-necked terrapins (Mauremys caspica) and fish in a river in Skala Eresou, Lesvos, Greece.https://www.sciencephoto.com/image/712721/350wm/K0049115-Terrapins-SPL.jpghttps://www.sciencephoto.com/image/712721/preview/K0049115-Terrapins-SPL.mp412.642016-01-23Yesamphibiancollectioncongregatecongregationeelfishgatheringgreecelesboslesvosmauremys-caspicamurkyrivershellskala-eresoustriped-necked-terrapinsswarmswimswimmingterrapinwaterwildlifehttps://www.sciencephoto.com/media/712722/view/terrapins2018-03-28T09:38:32Z0.9K004/9117 TerrapinsK004/9117 Striped-necked terrapins (Mauremys caspica) and fish in a river in Skala Eresou, Lesvos, Greece.https://www.sciencephoto.com/image/712722/350wm/K0049117-Terrapins-SPL.jpghttps://www.sciencephoto.com/image/712722/preview/K0049117-Terrapins-SPL.mp414.082016-01-23Yesamphibiancollectioncongregatecongregationeelfishgatheringgreecelesboslesvosmauremys-caspicamurkyrivershellskala-eresoustriped-necked-terrapinsswarmswimswimmingterrapinwaterwildlifehttps://www.sciencephoto.com/media/712723/view/terrapins2018-03-28T09:38:32Z0.9K004/9118 TerrapinsK004/9118 Striped-necked terrapins (Mauremys caspica) and fish in a river in Skala Eresou, Lesvos, Greece.https://www.sciencephoto.com/image/712723/350wm/K0049118-Terrapins-SPL.jpghttps://www.sciencephoto.com/image/712723/preview/K0049118-Terrapins-SPL.mp416.82016-01-23Yesamphibiancollectioncongregatecongregationfishgatheringgreecelesboslesvosmauremys-caspicamurkyrivershellskala-eresoustriped-necked-terrapinsswarmswimswimmingterrapinwaterwildlifehttps://www.sciencephoto.com/media/712724/view/seaweed-at-low-tide2018-03-28T09:38:32Z0.9K004/9120 Seaweed at low tideK004/9120 Seaweed on rocks in an estuary at low tide. Filmed at Broadford, Isle of Skye, Scotland, UK.https://www.sciencephoto.com/image/712724/350wm/K0049120-Seaweed_at_low_tide-SPL.jpghttps://www.sciencephoto.com/image/712724/preview/K0049120-Seaweed_at_low_tide-SPL.mp415.772016-01-23Yesalgaeboulderbroadfordcoveredgreenintertidalisle of skyelow tideriverrockscotlandseaweedzonehttps://www.sciencephoto.com/media/712725/view/misty-sunrise2018-03-28T09:38:32Z0.9K004/9133 Misty sunriseK004/9133 Sunrise over mist on Lake Windermere, at Ambleside, Lake District, UK.https://www.sciencephoto.com/image/712725/350wm/K0049133-Misty_sunrise-SPL.jpghttps://www.sciencephoto.com/image/712725/preview/K0049133-Misty_sunrise-SPL.mp413.722016-01-23Yesamblesideboatcalmcoldcumbriadawn brightenglandfreezingfreezing fogglowhigh pressurehillicelakelake districtlightmistmountainnational parkorangereflectionsailing boatskysnowstillsub zerosunrisesurfacetemperatureukwaterwavehttps://www.sciencephoto.com/media/712726/view/salting-roads-during-icy-weather2018-11-06T15:30:27Z0.9K004/9135 Salting roads during icy weatherK004/9135 Vehicle spreading salt on a road during icy weather. Salt lowers the freezing point of water, and is effective at preventing ice formation down to around -20 degrees Celsius. Filmed on Kirkstone Pass in the Lake District, UK.https://www.sciencephoto.com/image/712726/350wm/K0049135-Salting_roads_during_icy_weather-SPL.jpghttps://www.sciencephoto.com/image/712726/preview/K0049135-Salting_roads_during_icy_weather-SPL.mp416.472016-01-23Yesamblesidecoldcold snapfreezingfrozengrittingicekirkstone passlake districtmountain passroadsaltsaltingsub zeroukwinterwinter conditionshttps://www.sciencephoto.com/media/712727/view/ice-on-a-lake2018-03-28T09:38:32Z0.9K004/9138 Ice on a lakeK004/9138 Air bubbles trapped under ice on Lake Windermere, Ambleside, Lake District, UK.https://www.sciencephoto.com/image/712727/350wm/K0049138-Ice_on_a_lake-SPL.jpghttps://www.sciencephoto.com/image/712727/preview/K0049138-Ice_on_a_lake-SPL.mp410.722016-01-23Yesairair bubbleamblesidecoldcold snapfreezingfrozenicelake districtlayerreedsub zerotrappedukwindermerewinterwinter conditionshttps://www.sciencephoto.com/media/712728/view/rain2018-03-28T09:38:32Z0.9K004/9141 RainK004/9141 Heavy rain shower on Lesvos, Greece.https://www.sciencephoto.com/image/712728/350wm/K0049141-Rain-SPL.jpghttps://www.sciencephoto.com/image/712728/preview/K0049141-Rain-SPL.mp412.22016-01-23Yesapartmentclouddampdrippinggreeceheavylesvosprecipitationrainrain showershowerweatherwethttps://www.sciencephoto.com/media/712729/view/cumulus-clouds2018-03-28T09:38:32Z0.9K004/9150 Cumulus cloudsK004/9150 Clouds moving across the sky.https://www.sciencephoto.com/image/712729/350wm/K0049150-Cumulus_clouds-SPL.jpghttps://www.sciencephoto.com/image/712729/preview/K0049150-Cumulus_clouds-SPL.mp415.122016-01-23Yesamblesidebluecloudduskeveningskyukwater vapourweatherhttps://www.sciencephoto.com/media/712730/view/tidal-power-generator2018-03-28T09:38:32Z0.9K004/9152 Tidal power generatorK004/9152 A Pelamis P2 wave energy generator on the dockside at Lyness on Hoy, Orkney Isles, Scotland, UK. The Orkneys have huge potential for wave and tidal energy generation and are world leaders in testing such devices. The Pelamis P2 is 180 metres long, weighs 1300 tonnes and is rated at 750 KW. It was the world's first commercial scale marine device to generate electricity to the grid, from offshore. The power is created from flexible joints that are linked to cylinders that pump liquid into high-pressure accumulators to generate electricity. This shot shows a workman preparing to tow the device to its test site.https://www.sciencephoto.com/image/712730/350wm/K0049152-Tidal_power_generator-SPL.jpghttps://www.sciencephoto.com/image/712730/preview/K0049152-Tidal_power_generator-SPL.mp411.552016-01-23Yesaccumulatorbusinesscleanclimate changecoastcraftelectricityemecenergyenvironmenteuropean marine energy centreglobal warminggreenhealth and safetyhigh pressurehoyinnovativeinvestmentkinetic energylinklynessmanmooredmooringorangeorkneyp2pelamispowerredrenewablerenewable energyhttps://www.sciencephoto.com/media/712731/view/misty-sunrise2018-03-28T09:38:32Z0.9K004/9153 Misty sunriseK004/9153 Sunrise over mist on Lake Windermere, at Ambleside, Lake District, UK.https://www.sciencephoto.com/image/712731/350wm/K0049153-Misty_sunrise-SPL.jpghttps://www.sciencephoto.com/image/712731/preview/K0049153-Misty_sunrise-SPL.mp412.962016-01-23Yesamblesideboatcalmcoldcumbriadawn brightenglandfreezingfreezing fogglowhigh pressurehillicelakelake districtlightmistmountainnational parkorangereflectionsailing boatskysnowstillsub zerosunrisesurfacetemperatureukwaterwavehttps://www.sciencephoto.com/media/712732/view/heavy-rain2018-03-28T09:38:32Z0.9K004/9155 Heavy rainK004/9155 Heavy rain over Broadford on the Isle of Skye, Scotland, UK.https://www.sciencephoto.com/image/712732/350wm/K0049155-Heavy_rain-SPL.jpghttps://www.sciencephoto.com/image/712732/preview/K0049155-Heavy_rain-SPL.mp415.772016-01-23Yesbroadfordclouddampheavyisle of skyelow pressurepoor visibilityprecipitationrainscotlandukvisibilityweatherweather frontwethttps://www.sciencephoto.com/media/712733/view/misty-sunrise2018-03-28T09:38:32Z0.9K004/9157 Misty sunriseK004/9157 Sunrise over mist on Lake Windermere, at Ambleside, Lake District, UK.https://www.sciencephoto.com/image/712733/350wm/K0049157-Misty_sunrise-SPL.jpghttps://www.sciencephoto.com/image/712733/preview/K0049157-Misty_sunrise-SPL.mp413.242016-01-23Yesamblesideboatcalmcoldcumbriadawn brightenglandfreezingfreezing fogglowhigh pressurehillicelakelake districtlightmistmountainnational parkorangereflectionsailing boatskysnowstillsub zerosunrisesurfacetemperatureukwaterwavehttps://www.sciencephoto.com/media/712734/view/sunbeams2018-03-28T09:38:32Z0.9K004/9158 SunbeamsK004/9158 Beams of sunlight cutting through the clouds. Although the rays appear to converge at the Sun's position, they are actually parallel, and the convergent appearance is an effect of perspective. Filmed at Loughrigg in the Lake District, UK.https://www.sciencephoto.com/image/712734/350wm/K0049158-Sunbeams-SPL.jpghttps://www.sciencephoto.com/image/712734/preview/K0049158-Sunbeams-SPL.mp416.682016-01-23Yesamblesidebeamcloudcrepuscularduskeveningglowhillholeloughriggperspectiveshaftshaft of lightskysunsun shaftsunbeamsunbeamssunlightukwater vapourweatherhttps://www.sciencephoto.com/media/712735/view/sunbeams2018-03-28T09:38:32Z0.9K004/9159 SunbeamsK004/9159 Beams of sunlight cutting through the clouds. Although the rays appear to converge at the Sun's position, they are actually parallel, and the convergent appearance is an effect of perspective. Filmed at Loughrigg in the Lake District, UK.https://www.sciencephoto.com/image/712735/350wm/K0049159-Sunbeams-SPL.jpghttps://www.sciencephoto.com/image/712735/preview/K0049159-Sunbeams-SPL.mp412.42016-01-23Yesamblesidebeamcloudcrepuscularduskeveningglowhillholeloughriggperspectiveshaftshaft of lightskysunsun shaftsunbeamsunbeamssunlightukwater vapourweatherhttps://www.sciencephoto.com/media/712736/view/misty-sunrise2018-03-28T09:38:32Z0.9K004/9164 Misty sunriseK004/9164 Sunrise over mist on Lake Windermere, at Ambleside, Lake District, UK.https://www.sciencephoto.com/image/712736/350wm/K0049164-Misty_sunrise-SPL.jpghttps://www.sciencephoto.com/image/712736/preview/K0049164-Misty_sunrise-SPL.mp413.642016-01-23Yesamblesideboatcalmcoldcumbriadawn brightenglandfreezingfreezing fogglowhigh pressurehillicelakelake districtlightmistmountainnational parkorangereflectionsailing boatskysnowstillsub zerosunrisesurfacetemperatureukwaterwavehttps://www.sciencephoto.com/media/712737/view/sunlit-himalaya-cloud2018-03-28T09:38:32Z0.9K004/9167 Sunlit Himalaya cloudK004/9167 Sunlit cloud around a ridge near Annapurna in the Nepalese Himalayas.https://www.sciencephoto.com/image/712737/350wm/K0049167-Sunlit_Himalaya_cloud-SPL.jpghttps://www.sciencephoto.com/image/712737/preview/K0049167-Sunlit_Himalaya_cloud-SPL.mp411.82016-01-23Yesannapurnacloudfogfoggyhimalayasmistmistymountainmountain chainnepalsteeptemperature inversionvalleyhttps://www.sciencephoto.com/media/712738/view/misty-sunrise2018-03-28T09:38:32Z0.9K004/9169 Misty sunriseK004/9169 Sunrise over mist on Lake Windermere, at Ambleside, Lake District, UK.https://www.sciencephoto.com/image/712738/350wm/K0049169-Misty_sunrise-SPL.jpghttps://www.sciencephoto.com/image/712738/preview/K0049169-Misty_sunrise-SPL.mp413.162016-01-23Yesamblesideboatcalmcoldcumbriadawn brightenglandfreezingfreezing fogglowhigh pressurehillicelakelake districtlightmistmountainnational parkorangereflectionsailing boatskysnowstillsub zerosunrisesurfacetemperatureukwaterwavehttps://www.sciencephoto.com/media/712739/view/rain-dripping-from-roof2018-03-28T09:38:32Z0.9K004/9173 Rain dripping from roofK004/9173 Heavy rain dripping from a roof on Lesvos, Greece.https://www.sciencephoto.com/image/712739/350wm/K0049173-Rain_dripping_from_roof-SPL.jpghttps://www.sciencephoto.com/image/712739/preview/K0049173-Rain_dripping_from_roof-SPL.mp411.962016-01-23Yesapartmentclouddampdripdrippinggreeceheavylesvosprecipitationrainrain showerroofshowertiletorrentialweatherwethttps://www.sciencephoto.com/media/712740/view/himalaya-valley-mist2018-03-28T09:38:32Z0.9K004/9174 Himalaya valley mistK004/9174 Mist in the valley below Annapurna in the Nepalese Himalayas.https://www.sciencephoto.com/image/712740/350wm/K0049174-Himalaya_valley_mist-SPL.jpghttps://www.sciencephoto.com/image/712740/preview/K0049174-Himalaya_valley_mist-SPL.mp414.482016-01-23Yesannapurnacloudfogfoggyhimalayasmistmistymountainmountain chainnepalsteeptemperature inversionvalleyhttps://www.sciencephoto.com/media/712741/view/himalaya-valley-mist2018-03-28T09:38:32Z0.9K004/9178 Himalaya valley mistK004/9178 Mist in the valley below Annapurna in the Nepalese Himalayas.https://www.sciencephoto.com/image/712741/350wm/K0049178-Himalaya_valley_mist-SPL.jpghttps://www.sciencephoto.com/image/712741/preview/K0049178-Himalaya_valley_mist-SPL.mp416.22016-01-23Yesannapurnacloudfogfoggyhimalayasmistmistymountainmountain chainnepalsteeptemperature inversionvalleyhttps://www.sciencephoto.com/media/712742/view/sunbeams2018-03-28T09:38:32Z0.9K004/9182 SunbeamsK004/9182 Beams of sunlight cutting through the clouds. Although the rays appear to converge at the Sun's position, they are actually parallel, and the convergent appearance is an effect of perspective. Filmed at Loughrigg in the Lake District, UK.https://www.sciencephoto.com/image/712742/350wm/K0049182-Sunbeams-SPL.jpghttps://www.sciencephoto.com/image/712742/preview/K0049182-Sunbeams-SPL.mp413.762016-01-23Yesamblesidebeamcloudcrepuscularduskeveningglowhillholeloughriggperspectiveshaftshaft of lightskysunsun shaftsunbeamsunbeamssunlightukwater vapourweatherhttps://www.sciencephoto.com/media/712743/view/sunbeams2018-03-28T09:38:32Z0.9K004/9188 SunbeamsK004/9188 Beams of sunlight cutting through the clouds. Although the rays appear to converge at the Sun's position, they are actually parallel, and the convergent appearance is an effect of perspective. Filmed at Loughrigg in the Lake District, UK.https://www.sciencephoto.com/image/712743/350wm/K0049188-Sunbeams-SPL.jpghttps://www.sciencephoto.com/image/712743/preview/K0049188-Sunbeams-SPL.mp411.82016-01-23Yesamblesidebeamcloudcrepuscularduskeveningglowhillholeloughriggperspectiveshaftshaft of lightskysunsun shaftsunbeamsunbeamssunlightukwater vapourweatherhttps://www.sciencephoto.com/media/712744/view/mist2018-03-28T09:38:32Z0.9K004/9189 MistK004/9189 Mist on Lake Windermere, at Ambleside, Lake District, UK, at sunrise.https://www.sciencephoto.com/image/712744/350wm/K0049189-Mist-SPL.jpghttps://www.sciencephoto.com/image/712744/preview/K0049189-Mist-SPL.mp414.722016-01-23Yesamblesideboatcalmcoldcumbriadawn brightenglandfreezingfreezing fogglowhigh pressurehillicelakelake districtlightmistmountainnational parkorangereflectionsailing boatskysnowstillsub zerosunrisesurfacetemperatureukwaterwavehttps://www.sciencephoto.com/media/712745/view/icicles-melting2018-03-28T09:38:32Z0.9K004/9194 Icicles meltingK004/9194 Icicles in winter in Langdale, Lake District, UK.https://www.sciencephoto.com/image/712745/350wm/K0049194-Icicles_melting-SPL.jpghttps://www.sciencephoto.com/image/712745/preview/K0049194-Icicles_melting-SPL.mp416.772016-01-23Yesamblesidecoldcold snapfernfreezingfrozeniceicicleicicleslake districtstreamsub zeroukwater coursewinterwinter conditionshttps://www.sciencephoto.com/media/712746/view/sunbeams2018-03-28T09:38:32Z0.9K004/9196 SunbeamsK004/9196 Beams of sunlight cutting through the clouds. Although the rays appear to converge at the Sun's position, they are actually parallel, and the convergent appearance is an effect of perspective. Filmed at Loughrigg in the Lake District, UK.https://www.sciencephoto.com/image/712746/350wm/K0049196-Sunbeams-SPL.jpghttps://www.sciencephoto.com/image/712746/preview/K0049196-Sunbeams-SPL.mp413.322016-01-23Yesamblesidebeamcloudcrepuscularduskeveningglowhillholeloughriggperspectiveshaftshaft of lightskysunsun shaftsunbeamsunbeamssunlightukwater vapourweatherhttps://www.sciencephoto.com/media/712747/view/misty-sunrise2018-03-28T09:38:32Z0.9K004/9197 Misty sunriseK004/9197 Sunrise over mist on Lake Windermere, at Ambleside, Lake District, UK.https://www.sciencephoto.com/image/712747/350wm/K0049197-Misty_sunrise-SPL.jpghttps://www.sciencephoto.com/image/712747/preview/K0049197-Misty_sunrise-SPL.mp4112016-01-23Yesamblesideboatcalmcoldcumbriadawn brightenglandfreezingfreezing fogglowhigh pressurehillicelakelake districtlightmistmountainnational parkorangereflectionsailing boatskysnowstillsub zerosunrisesurfacetemperatureukwaterwavehttps://www.sciencephoto.com/media/712748/view/himalaya-valley-mist2018-03-28T09:38:32Z0.9K004/9205 Himalaya valley mistK004/9205 Mist in the valley below Annapurna in the Nepalese Himalayas.https://www.sciencephoto.com/image/712748/350wm/K0049205-Himalaya_valley_mist-SPL.jpghttps://www.sciencephoto.com/image/712748/preview/K0049205-Himalaya_valley_mist-SPL.mp49.62016-01-23Yesannapurnacloudfogfoggyhimalayasmistmistymountainmountain chainnepalsteeptemperature inversionvalleyhttps://www.sciencephoto.com/media/712749/view/lake-sunrise2018-03-28T09:38:32Z0.9K004/9208 Lake sunriseK004/9208 Sunrise on Lake Windermere, at Ambleside, Lake District, UK.https://www.sciencephoto.com/image/712749/350wm/K0049208-Lake_sunrise-SPL.jpghttps://www.sciencephoto.com/image/712749/preview/K0049208-Lake_sunrise-SPL.mp411.42016-01-23Yesamblesideboatcalmcoldcumbriadawn brightenglandfreezingfreezing fogglowhigh pressurehillicelakelake districtlightmistmountainnational parkorangereflectionsailing boatskysnowstillsub zerosunrisesurfacetemperatureukwaterwavehttps://www.sciencephoto.com/media/712750/view/heavy-rain2018-03-28T09:38:32Z0.9K004/9213 Heavy rainK004/9213 Heavy rain over Broadford on the Isle of Skye, Scotland, UK.https://www.sciencephoto.com/image/712750/350wm/K0049213-Heavy_rain-SPL.jpghttps://www.sciencephoto.com/image/712750/preview/K0049213-Heavy_rain-SPL.mp415.972016-01-23Yesbroadfordclouddampheavyisle of skyelow pressurepoor visibilityprecipitationrainscotlandukvisibilityweatherweather frontwethttps://www.sciencephoto.com/media/712751/view/himalaya-valley-mist2018-03-28T09:38:32Z0.9K004/9217 Himalaya valley mistK004/9217 Sunlit mist in the valley below Annapurna in the Nepalese Himalayas.https://www.sciencephoto.com/image/712751/350wm/K0049217-Himalaya_valley_mist-SPL.jpghttps://www.sciencephoto.com/image/712751/preview/K0049217-Himalaya_valley_mist-SPL.mp410.442016-01-23Yesannapurnacloudfogfoggyhimalayasmistmistymountainmountain chainnepalsteeptemperature inversionvalleyhttps://www.sciencephoto.com/media/712752/view/clearing-snowy-road2018-03-28T09:38:32Z0.9K004/9265 Clearing snowy roadK004/9265 JCB tries to clear a way through massive snow drifts blocking the Kirkstone Pass road above Ambleside in the Lake District, UK during the extreme weather event of late March 2013. Shot taken on 25th March 2013.https://www.sciencephoto.com/image/712752/350wm/K0049265-Clearing_snowy_road-SPL.jpghttps://www.sciencephoto.com/image/712752/preview/K0049265-Clearing_snowy_road-SPL.mp49.762016-01-23Yesamblesideblizzardblockageblockedbucketbulldozerclearingclosedcoldcontractorcouncilcumbriadrifting snowextreme weatherformfreezinghydraulicjcbkirkstone passlake districtmachinerymalemanmountain passnational parkpatternplantpowerprevailing windroadroad closedscourhttps://www.sciencephoto.com/media/712753/view/clearing-snowy-road2018-03-28T09:38:32Z0.9K004/9266 Clearing snowy roadK004/9266 JCB tries to clear a way through massive snow drifts blocking the Kirkstone Pass road above Ambleside in the Lake District, UK during the extreme weather event of late March 2013. Shot taken on 25th March 2013.https://www.sciencephoto.com/image/712753/350wm/K0049266-Clearing_snowy_road-SPL.jpghttps://www.sciencephoto.com/image/712753/preview/K0049266-Clearing_snowy_road-SPL.mp47.922016-01-23Yesamblesideblizzardblockageblockedbucketbulldozerclearingclosedcoldcontractorcouncilcumbriadrifting snowextreme weatherformfreezinghydraulicjcbkirkstone passlake districtmachinerymalemanmountain passnational parkpatternplantpowerprevailing windroadroad closedscourhttps://www.sciencephoto.com/media/712754/view/daffodils-in-snow2018-03-28T09:38:32Z0.9K004/9268 Daffodils in snowK004/9268 Daffodils (Narcissus sp.) emerging through snow in Ambleside, Lake District, UK.https://www.sciencephoto.com/image/712754/350wm/K0049268-Daffodils_in_snow-SPL.jpghttps://www.sciencephoto.com/image/712754/preview/K0049268-Daffodils_in_snow-SPL.mp413.042016-01-23Yesamblesidebulbsdaffodilsemergeflowerssnowsnowingspringwinterhttps://www.sciencephoto.com/media/712755/view/traffic-on-cleared-road2018-03-28T09:38:32Z0.9K004/9271 Traffic on cleared roadK004/9271 Traffic on a road cleared on snow, on the A591 road at Thirlmere in the Lake District, UK, following the unseasonal extreme weather events of late March 2013.https://www.sciencephoto.com/image/712755/350wm/K0049271-Traffic_on_cleared_road-SPL.jpghttps://www.sciencephoto.com/image/712755/preview/K0049271-Traffic_on_cleared_road-SPL.mp49.282016-01-23Yesblizzardcarcoldcornicecumbriacurvecyclecyclingcyclistsdrifting snowdrivingdry stone wallextreme weathergrouphaulagehelvellynhilllake districtlorrymountainnational parkoverhangpeakprevailing windroadsnowsnow driftsnow stormsnowdriftsnowpackthirlmeretruckhttps://www.sciencephoto.com/media/712756/view/snow-in-a-valley2018-03-28T09:38:32Z0.9K004/9272 Snow in a valleyK004/9272 Deep drifted snow in a ravine above Dunmail in the Lake District, UK.https://www.sciencephoto.com/image/712756/350wm/K0049272-Snow_in_a_valley-SPL.jpghttps://www.sciencephoto.com/image/712756/preview/K0049272-Snow_in_a_valley-SPL.mp410.42016-01-23Yescoldcumbriadeepdeep snowdrifted snowgillhilllake districtmountainravineriversnowsnowdriftsnowpackukvalleywaterfallweatherwinterhttps://www.sciencephoto.com/media/712757/view/traffic-in-snow2018-03-28T09:38:32Z0.9K004/9273 Traffic in snowK004/9273 Car driving through heavy snow in Ambleside, Lake District, UK.https://www.sciencephoto.com/image/712757/350wm/K0049273-Traffic_in_snow-SPL.jpghttps://www.sciencephoto.com/image/712757/preview/K0049273-Traffic_in_snow-SPL.mp411.882016-01-23Yesamblesidebollardcarcoldcumbriadangerousdriving conditionshazardouslake districtprecipitationroadroad conditionsslippysnowsnow stormsnowingtravelukvisibilityweatherwinterwinter travelyellowhttps://www.sciencephoto.com/media/712758/view/traffic-in-snow2018-03-28T09:38:32Z0.9K004/9275 Traffic in snowK004/9275 Cars driving through heavy snow in Ambleside, Lake District, UK.https://www.sciencephoto.com/image/712758/350wm/K0049275-Traffic_in_snow-SPL.jpghttps://www.sciencephoto.com/image/712758/preview/K0049275-Traffic_in_snow-SPL.mp421.162016-01-23Yesamblesidebollardcarcoldcumbriadangerousdriving conditionshazardouslake districtprecipitationroadroad conditionsslippysnowsnow stormsnowingtravelukvisibilityweatherwinterwinter travelyellowhttps://www.sciencephoto.com/media/712759/view/clearing-snowy-road2018-03-28T09:38:32Z0.9K004/9279 Clearing snowy roadK004/9279 JCB tries to clear a way through massive snow drifts blocking the Kirkstone Pass road above Ambleside in the Lake District, UK during the extreme weather event of late March 2013. Shot taken on 25th March 2013.https://www.sciencephoto.com/image/712759/350wm/K0049279-Clearing_snowy_road-SPL.jpghttps://www.sciencephoto.com/image/712759/preview/K0049279-Clearing_snowy_road-SPL.mp413.762016-01-23Yesamblesideblizzardblockageblockedbucketbulldozerclearingclosedcoldcontractorcouncilcumbriadrifting snowextreme weatherformfreezinghydraulicjcbkirkstone passlake districtmachinerymalemanmountain passnational parkpatternplantpowerprevailing windroadroad closedscourhttps://www.sciencephoto.com/media/712760/view/clearing-snowy-road2018-03-28T09:38:32Z0.9K004/9282 Clearing snowy roadK004/9282 JCB tries to clear a way through massive snow drifts blocking the Kirkstone Pass road above Ambleside in the Lake District, UK during the extreme weather event of late March 2013. Shot taken on 25th March 2013.https://www.sciencephoto.com/image/712760/350wm/K0049282-Clearing_snowy_road-SPL.jpghttps://www.sciencephoto.com/image/712760/preview/K0049282-Clearing_snowy_road-SPL.mp410.642016-01-23Yesamblesideblizzardblockageblockedbucketbulldozerclearingclosedcoldcontractorcouncilcumbriadrifting snowextreme weatherformfreezinghydraulicjcbkirkstone passlake districtmachinerymalemanmountain passnational parkpatternplantpowerprevailing windroadroad closedscourhttps://www.sciencephoto.com/media/712761/view/clearing-snowy-road2018-03-28T09:38:32Z0.9K004/9283 Clearing snowy roadK004/9283 JCB tries to clear a way through massive snow drifts blocking the Kirkstone Pass road above Ambleside in the Lake District, UK during the extreme weather event of late March 2013. Shot taken on 25th March 2013.https://www.sciencephoto.com/image/712761/350wm/K0049283-Clearing_snowy_road-SPL.jpghttps://www.sciencephoto.com/image/712761/preview/K0049283-Clearing_snowy_road-SPL.mp412.562016-01-23Yesamblesideblizzardblockageblockedbucketbulldozerclearingclosedcoldcontractorcouncilcumbriadrifting snowextreme weatherformfreezinghydraulicjcbkirkstone passlake districtmachinerymalemanmountain passnational parkpatternplantpowerprevailing windroadroad closedscourhttps://www.sciencephoto.com/media/712762/view/car-pushed-through-snow2018-03-28T09:38:32Z0.9K004/9287 Car pushed through snowK004/9287 Broken down car being pushed through snow in Ambleside in the Lake District, UK.https://www.sciencephoto.com/image/712762/350wm/K0049287-Car_pushed_through_snow-SPL.jpghttps://www.sciencephoto.com/image/712762/preview/K0049287-Car_pushed_through_snow-SPL.mp411.042016-01-23Yesamblesideassistancebollardcarcoldcumbriadangerousdriving conditionsgood samaritanhazardoushelplake districtprecipitationpushpushingroadroad conditionsslippysnowsnow stormsnowingstucktravelukvisibilityweatherwinterwinter travelyellowhttps://www.sciencephoto.com/media/712763/view/snow-in-a-valley2018-03-28T09:38:32Z0.9K004/9292 Snow in a valleyK004/9292 Deep drifted snow in a ravine above Dunmail in the Lake District, UK.https://www.sciencephoto.com/image/712763/350wm/K0049292-Snow_in_a_valley-SPL.jpghttps://www.sciencephoto.com/image/712763/preview/K0049292-Snow_in_a_valley-SPL.mp49.522016-01-23Yescoldcumbriadeepdeep snowdrifted snowgillhilllake districtmountainravineriversnowsnowdriftsnowpackukvalleywaterfallweatherwinterhttps://www.sciencephoto.com/media/712764/view/traffic-in-snow2018-03-28T09:38:32Z0.9K004/9294 Traffic in snowK004/9294 Car driving through heavy snow in Ambleside, Lake District, UK.https://www.sciencephoto.com/image/712764/350wm/K0049294-Traffic_in_snow-SPL.jpghttps://www.sciencephoto.com/image/712764/preview/K0049294-Traffic_in_snow-SPL.mp415.22016-01-23Yesamblesidebollardcarcoldcumbriadangerousdriving conditionshazardouslake districtprecipitationroadroad conditionsslippysnowsnow stormsnowingtravelukvisibilityweatherwinterwinter travelyellowhttps://www.sciencephoto.com/media/712765/view/clearing-snowy-road2018-03-28T09:38:32Z0.9K004/9299 Clearing snowy roadK004/9299 JCB tries to clear a way through massive snow drifts blocking the Kirkstone Pass road above Ambleside in the Lake District, UK during the extreme weather event of late March 2013. Shot taken on 25th March 2013.https://www.sciencephoto.com/image/712765/350wm/K0049299-Clearing_snowy_road-SPL.jpghttps://www.sciencephoto.com/image/712765/preview/K0049299-Clearing_snowy_road-SPL.mp410.642016-01-23Yesamblesideblizzardblockageblockedbucketbulldozerclearingclosedcoldcontractorcouncilcumbriadrifting snowextreme weatherformfreezinghydraulicjcbkirkstone passlake districtmachinerymalemanmountain passnational parkpatternplantpowerprevailing windroadroad closedscourhttps://www.sciencephoto.com/media/712766/view/snow-in-a-valley2018-03-28T09:38:32Z0.9K004/9303 Snow in a valleyK004/9303 Deep drifted snow in a ravine above Dunmail in the Lake District, UK.https://www.sciencephoto.com/image/712766/350wm/K0049303-Snow_in_a_valley-SPL.jpghttps://www.sciencephoto.com/image/712766/preview/K0049303-Snow_in_a_valley-SPL.mp410.642016-01-23Yescoldcumbriadeepdeep snowdrifted snowgillhilllake districtmountainravineriversnowsnowdriftsnowpackukvalleywaterfallweatherwinterhttps://www.sciencephoto.com/media/712767/view/clearing-snowy-road2018-03-28T09:38:32Z0.9K004/9304 Clearing snowy roadK004/9304 JCB tries to clear a way through massive snow drifts blocking the Kirkstone Pass road above Ambleside in the Lake District, UK during the extreme weather event of late March 2013. Shot taken on 25th March 2013.https://www.sciencephoto.com/image/712767/350wm/K0049304-Clearing_snowy_road-SPL.jpghttps://www.sciencephoto.com/image/712767/preview/K0049304-Clearing_snowy_road-SPL.mp413.162016-01-23Yesamblesideblizzardblockageblockedbucketbulldozerclearingclosedcoldcontractorcouncilcumbriadrifting snowextreme weatherformfreezinghydraulicjcbkirkstone passlake districtmachinerymalemanmountain passnational parkpatternplantpowerprevailing windroadroad closedscourhttps://www.sciencephoto.com/media/712768/view/spume-blown-ashore-by-wind2018-10-20T00:31:07Z0.9K004/9310 Spume blown ashore by windK004/9310 Spume whipped up by a strong storm at the coast near Whitehaven, Cumbria, UK. Spume, or sea foam, is a frothy mass produced by wave action on seawater that contains relatively high concentrations of organic matter, such as occurs during an algal bloom. The organic matter acts as a surfactant in the same manner as soaps, and in turbulent seas can produce a light froth that can be blown around widely.https://www.sciencephoto.com/image/712768/350wm/K0049310-Spume_blown_ashore_by_wind-SPL.jpghttps://www.sciencephoto.com/image/712768/preview/K0049310-Spume_blown_ashore_by_wind-SPL.mp416.562016-01-23Yescumbriaextreme weatherfoamfoamyirish sealow pressurespumestormstormystormy weatherukweatherweather bombwest coastwhitehavenwindwindyhttps://www.sciencephoto.com/media/712769/view/gale-on-a-lake2018-03-28T09:38:32Z0.9K004/9312 Gale on a lakeK004/9312 Unseasonal storm force winds blowing over Lake Windermere in Ambleside, Lake District, UK, in the summer.https://www.sciencephoto.com/image/712769/350wm/K0049312-Gale_on_a_lake-SPL.jpghttps://www.sciencephoto.com/image/712769/preview/K0049312-Gale_on_a_lake-SPL.mp415.812016-01-23Yesamblesideboatextreme weathergalehedgelake districtlake windermerelow pressuresailing boatshrubstormstorm forcestrong windsummertreeweatherwindwindyyachthttps://www.sciencephoto.com/media/712770/view/snow-drift2018-03-28T09:38:32Z0.9K004/9313 Snow driftK004/9313 Snow drifts and spindrift below Wansfell, Lake District, UK, during the unseasonal extreme weather of late March 2013.https://www.sciencephoto.com/image/712770/350wm/K0049313-Snow_drift-SPL.jpghttps://www.sciencephoto.com/image/712770/preview/K0049313-Snow_drift-SPL.mp414.682016-01-23Yesamblesideblizzardcoldcumbriadrifting snowdry stone wallextreme weatherfencegatehilllake districtlichenmountainnational parkpeakprevailing windsnowsnow driftsnow stormsnowdriftsnowpackstileukwallwansfellweatherwhitewindwindywinterhttps://www.sciencephoto.com/media/712771/view/annapurna-wind2018-03-28T09:38:32Z0.9K004/9314 Annapurna windK004/9314 High winds blowing snow off the summit of Annapurna, in Nepal.https://www.sciencephoto.com/image/712771/350wm/K0049314-Annapurna_wind-SPL.jpghttps://www.sciencephoto.com/image/712771/preview/K0049314-Annapurna_wind-SPL.mp413.522016-01-23Yesannapurnadrifting snowhigh windshimalayasmountainnepalplateausnowsnow driftspindriftsummitwindwindyhttps://www.sciencephoto.com/media/712772/view/spume-blown-ashore-by-wind2018-03-28T09:38:32Z0.9K004/9318 Spume blown ashore by windK004/9318 Spume whipped up by a strong storm at the coast near Whitehaven, Cumbria, UK. Spume, or sea foam, is a frothy mass produced by wave action on seawater that contains relatively high concentrations of organic matter, such as occurs during an algal bloom. The organic matter acts as a surfactant in the same manner as soaps, and in turbulent seas can produce a light froth that can be blown around widely.https://www.sciencephoto.com/image/712772/350wm/K0049318-Spume_blown_ashore_by_wind-SPL.jpghttps://www.sciencephoto.com/image/712772/preview/K0049318-Spume_blown_ashore_by_wind-SPL.mp415.892016-01-23Yescumbriaextreme weatherfoamfoamyirish sealow pressurespumestormstormystormy weatherukweatherweather bombwest coastwhitehavenwindwindyhttps://www.sciencephoto.com/media/712773/view/snow-blowing-from-ridge2018-03-28T09:38:32Z0.9K004/9320 Snow blowing from ridgeK004/9320 Wind-blown snow from a ridge, as massive snow drifts block the Kirkstone Pass road above Ambleside in the Lake District, UK. Filmed during the extreme weather event of late March 2013. Shot taken on 25th March 2013.https://www.sciencephoto.com/image/712773/350wm/K0049320-Snow_blowing_from_ridge-SPL.jpghttps://www.sciencephoto.com/image/712773/preview/K0049320-Snow_blowing_from_ridge-SPL.mp410.162016-01-23Yesamblesideblizzardblockedcoldcumbriadangerdangerousdrifting snowextreme weatherformfreezinghazardkirkstone passlake districtmountain passnational parkpatternprevailing windredroadroad closedroad signscourscouredsculptedshapesnowsnow driftsnow stormsnowpackspindriftspoondrifthttps://www.sciencephoto.com/media/712774/view/spume-blown-ashore-by-wind2018-03-28T09:38:32Z0.9K004/9321 Spume blown ashore by windK004/9321 Spume whipped up by a strong storm at the coast near Whitehaven, Cumbria, UK. Spume, or sea foam, is a frothy mass produced by wave action on seawater that contains relatively high concentrations of organic matter, such as occurs during an algal bloom. The organic matter acts as a surfactant in the same manner as soaps, and in turbulent seas can produce a light froth that can be blown around widely.https://www.sciencephoto.com/image/712774/350wm/K0049321-Spume_blown_ashore_by_wind-SPL.jpghttps://www.sciencephoto.com/image/712774/preview/K0049321-Spume_blown_ashore_by_wind-SPL.mp415.062016-01-23Yescumbriaextreme weatherfoamfoamyirish sealow pressurespumestormstormystormy weatherukweatherweather bombwest coastwhitehavenwindwindyhttps://www.sciencephoto.com/media/712775/view/snow-drift2018-03-28T09:38:32Z0.9K004/9322 Snow driftK004/9322 Massive snow drifts block the Kirkstone Pass road above Ambleside in the Lake District, UK, during the extreme weather event of late March 2013. Shot on 25th March 2013.https://www.sciencephoto.com/image/712775/350wm/K0049322-Snow_drift-SPL.jpghttps://www.sciencephoto.com/image/712775/preview/K0049322-Snow_drift-SPL.mp45.882016-01-23Yesamblesideblizzardcoldcumbriadrifting snowextreme weatherformfreezingkirkstone passlake districtmountain passnational parkpatternprevailing windroadroad closedscourscouredsculptedshapesnowsnow driftsnow stormsnowpackstruggleukwallweatherwhitewindwind scourwindyhttps://www.sciencephoto.com/media/712776/view/snow-drift2018-03-28T09:38:32Z0.9K004/9323 Snow driftK004/9323 Snow drifts below Wansfell, Lake District, UK, following the unseasonal extreme weather of late March 2013.https://www.sciencephoto.com/image/712776/350wm/K0049323-Snow_drift-SPL.jpghttps://www.sciencephoto.com/image/712776/preview/K0049323-Snow_drift-SPL.mp47.882016-01-23Yesamblesideblizzardcoldcumbriadrifting snowdry stone wallextreme weatherfencegatehilllake districtlichenmountainnational parkpeakprevailing windsnowsnow driftsnow stormsnowdriftsnowpackstileukwallwansfellweatherwhitewindwindywinterhttps://www.sciencephoto.com/media/712777/view/spume-blown-ashore-by-wind2018-03-28T09:38:32Z0.9K004/9325 Spume blown ashore by windK004/9325 Spume whipped up by a strong storm at the coast near Whitehaven, Cumbria, UK. Spume, or sea foam, is a frothy mass produced by wave action on seawater that contains relatively high concentrations of organic matter, such as occurs during an algal bloom. The organic matter acts as a surfactant in the same manner as soaps, and in turbulent seas can produce a light froth that can be blown around widely.https://www.sciencephoto.com/image/712777/350wm/K0049325-Spume_blown_ashore_by_wind-SPL.jpghttps://www.sciencephoto.com/image/712777/preview/K0049325-Spume_blown_ashore_by_wind-SPL.mp410.972016-01-23Yescumbriaextreme weatherfoamfoamyirish sealow pressurespumestormstormystormy weatherukweatherweather bombwest coastwhitehavenwindwindyhttps://www.sciencephoto.com/media/712778/view/annapurna-wind2018-03-28T09:38:32Z0.9K004/9327 Annapurna windK004/9327 High winds blowing snow off the summit of Annapurna, in Nepal.https://www.sciencephoto.com/image/712778/350wm/K0049327-Annapurna_wind-SPL.jpghttps://www.sciencephoto.com/image/712778/preview/K0049327-Annapurna_wind-SPL.mp413.162016-01-23Yesannapurnadrifting snowhigh windshimalayasmountainnepalplateausnowsnow driftspindriftsummitwindwindyhttps://www.sciencephoto.com/media/712779/view/gale-on-a-lake2018-03-28T09:38:32Z0.9K004/9328 Gale on a lakeK004/9328 Unseasonal storm force winds blowing over Lake Windermere in Ambleside, Lake District, UK, in the summer.https://www.sciencephoto.com/image/712779/350wm/K0049328-Gale_on_a_lake-SPL.jpghttps://www.sciencephoto.com/image/712779/preview/K0049328-Gale_on_a_lake-SPL.mp415.972016-01-23Yesamblesideboatextreme weathergalehedgelake districtlake windermerelow pressuresailing boatshrubstormstorm forcestrong windsummertreeweatherwindwindyyachthttps://www.sciencephoto.com/media/712780/view/gale2018-03-28T09:38:32Z0.9K004/9329 GaleK004/9329 Unseasonal storm force winds blowing in Ambleside, Lake District, UK, in the summer.https://www.sciencephoto.com/image/712780/350wm/K0049329-Gale-SPL.jpghttps://www.sciencephoto.com/image/712780/preview/K0049329-Gale-SPL.mp4412016-01-23Yesamblesideextreme weathergalehedgelake districtlow pressureshrubstormstorm forcestrong windsummertreeweatherwindwindyhttps://www.sciencephoto.com/media/712781/view/gale2018-03-28T09:38:32Z0.9K004/9338 GaleK004/9338 Unseasonal storm force winds blowing in Ambleside, Lake District, UK, in the summer.https://www.sciencephoto.com/image/712781/350wm/K0049338-Gale-SPL.jpghttps://www.sciencephoto.com/image/712781/preview/K0049338-Gale-SPL.mp414.392016-01-23Yesamblesideextreme weathergalehedgelake districtlow pressureshrubstormstorm forcestrong windsummertreeweatherwindwindyhttps://www.sciencephoto.com/media/712782/view/wind-turbine-installation2018-03-28T09:38:32Z0.9K004/9340 Wind turbine installationK004/9340 Groundwork for the installation of three wind turbines. The turbines are being constructed behind the Kirkstone Pass Inn on Kirkstone Pass in the Lake District, UK. Because of its remote location, this pub was not connected to the grid, and spent £25,000 a year on a diesel generator. The wind turbines vastly reduced the need for the generator and were the first wind turbines to get planning permission in the Lake District National Park.https://www.sciencephoto.com/image/712782/350wm/K0049340-Wind_turbine_installation-SPL.jpghttps://www.sciencephoto.com/image/712782/preview/K0049340-Wind_turbine_installation-SPL.mp420.022016-01-23Yesamblesideconstructioncumbriaelectricitygreenhealth and safetyhillkirkstone passkirkstone pass innlake districtlandscapenational parkoff gridplanning permissionpperenewable energyroadsteelukwind farmwind turbineworkmanhttps://www.sciencephoto.com/media/712783/view/snow-drift2018-03-28T09:38:32Z0.9K004/9341 Snow driftK004/9341 Snow drifts below Wansfell, Lake District, UK, following the unseasonal extreme weather of late March 2013.https://www.sciencephoto.com/image/712783/350wm/K0049341-Snow_drift-SPL.jpghttps://www.sciencephoto.com/image/712783/preview/K0049341-Snow_drift-SPL.mp45.62016-01-23Yesamblesideblizzardcoldcumbriadrifting snowdry stone wallextreme weatherfencegatehilllake districtlichenmountainnational parkpeakprevailing windsnowsnow driftsnow stormsnowdriftsnowpackstileukwallwansfellweatherwhitewindwindywinterhttps://www.sciencephoto.com/media/712784/view/gale-rocking-boats2018-03-28T09:38:32Z0.9K004/9344 Gale rocking boatsK004/9344 Unseasonal storm force winds blowing boats on their moorings on Lake Windermere in Ambleside, Lake District, UK, in the summer.https://www.sciencephoto.com/image/712784/350wm/K0049344-Gale_rocking_boats-SPL.jpghttps://www.sciencephoto.com/image/712784/preview/K0049344-Gale_rocking_boats-SPL.mp416.392016-01-23Yesamblesidebirdboatduckextreme weathergalehedgejettylake districtlake windermerelow pressuremallardmooredmooringssailing boatshrubstormstorm forcestrong windsummertreeweatherwindwindyyachthttps://www.sciencephoto.com/media/712785/view/wind-farm2018-03-28T09:38:32Z0.9K004/9345 Wind farmK004/9345 Colourful wind turbines in polders, land reclaimed from the sea, near Almere, Flevoland, Netherlands.https://www.sciencephoto.com/image/712785/350wm/K0049345-Wind_farm-SPL.jpghttps://www.sciencephoto.com/image/712785/preview/K0049345-Wind_farm-SPL.mp412.082016-01-23Yesagriculturebladecarbon footprintcleanclimate changecolourcolourfulenergyfieldglobal warminggreenhollandnacellenetherlandsnuonorangepolderpoldersreclaimedrenewablerenewable energysea leveltowerwindwind farmwind powerwind turbineyellowhttps://www.sciencephoto.com/media/712786/view/wind-turbine-installation2018-03-28T09:38:32Z0.9K004/9356 Wind turbine installationK004/9356 Groundwork for the installation of three wind turbines. The turbines are being constructed behind the Kirkstone Pass Inn on Kirkstone Pass in the Lake District, UK. Because of its remote location, this pub was not connected to the grid, and spent £25,000 a year on a diesel generator. The wind turbines vastly reduced the need for the generator and were the first wind turbines to get planning permission in the Lake District National Park.https://www.sciencephoto.com/image/712786/350wm/K0049356-Wind_turbine_installation-SPL.jpghttps://www.sciencephoto.com/image/712786/preview/K0049356-Wind_turbine_installation-SPL.mp422.562016-01-23Yesamblesidecoldconstructioncumbriaelectricityfootingsfoundationsfreezinggreenground workshealth and safetyhillkirkstone passkirkstone pass innlake districtlandscapemountainnational parkoff gridpeakplanning permissionppereinforced concreterenewable energyroadsnowsnowysteelukwind farmwind turbinewinterhttps://www.sciencephoto.com/media/712787/view/wind-farm2018-03-28T09:38:32Z0.9K004/9358 Wind farmK004/9358 Wind farm on arable farmland in East Yorkshire near Drax, UK.https://www.sciencephoto.com/image/712787/350wm/K0049358-Wind_farm-SPL.jpghttps://www.sciencephoto.com/image/712787/preview/K0049358-Wind_farm-SPL.mp411.62016-01-23Yesarablebladecarbon neutralcerealcleanclimate changecropelectricityenergy productionfarmlandgeneratinggenerationglobal warminggreengridpowerrenewablerenewable energyrotateukwheatwindwind farmwind powerwind turbinehttps://www.sciencephoto.com/media/712788/view/wind-turbine-installation2018-03-28T09:38:32Z0.9K004/9361 Wind turbine installationK004/9361 Groundwork for the installation of three wind turbines. The turbines are being constructed behind the Kirkstone Pass Inn on Kirkstone Pass in the Lake District, UK. Because of its remote location, this pub was not connected to the grid, and spent £25,000 a year on a diesel generator. The wind turbines vastly reduced the need for the generator and were the first wind turbines to get planning permission in the Lake District National Park.https://www.sciencephoto.com/image/712788/350wm/K0049361-Wind_turbine_installation-SPL.jpghttps://www.sciencephoto.com/image/712788/preview/K0049361-Wind_turbine_installation-SPL.mp415.812016-01-23Yesamblesideconstructioncumbriaelectricitygreenhealth and safetyhillkirkstone passkirkstone pass innlake districtlandscapenational parkoff gridplanning permissionpperenewable energyroadsteelukwind farmwind turbineworkmanhttps://www.sciencephoto.com/media/712789/view/wind-farm2018-03-28T09:38:32Z0.9K004/9362 Wind farmK004/9362 Colourful wind turbines in polders, land reclaimed from the sea, near Almere, Flevoland, Netherlands.https://www.sciencephoto.com/image/712789/350wm/K0049362-Wind_farm-SPL.jpghttps://www.sciencephoto.com/image/712789/preview/K0049362-Wind_farm-SPL.mp411.22016-01-23Yesagriculturebladecarbon footprintcleanclimate changecolourcolourfulenergyfieldglobal warminggreenhollandnacellenetherlandsnuonorangepolderpoldersreclaimedrenewablerenewable energysea leveltowerwindwind farmwind powerwind turbineyellowhttps://www.sciencephoto.com/media/712790/view/wind-turbine-installation2018-03-28T09:38:32Z0.9K004/9366 Wind turbine installationK004/9366 Groundwork for the installation of three wind turbines. The turbines are being constructed behind the Kirkstone Pass Inn on Kirkstone Pass in the Lake District, UK. Because of its remote location, this pub was not connected to the grid, and spent £25,000 a year on a diesel generator. The wind turbines vastly reduced the need for the generator and were the first wind turbines to get planning permission in the Lake District National Park.https://www.sciencephoto.com/image/712790/350wm/K0049366-Wind_turbine_installation-SPL.jpghttps://www.sciencephoto.com/image/712790/preview/K0049366-Wind_turbine_installation-SPL.mp4752016-01-23Yes000 a year on a diesel generator the wind turbines will vastly reduce the need for the generator and are the first wind turbines to get planning permission in the national park3 wind turbines being constructed behind the kirkstone pass inn on kirkstone pass in the lake districtthe pub is not connected to the grid and currently spends 25uk because of its remote locationhttps://www.sciencephoto.com/media/712791/view/wind-farm-at-sunset2018-03-28T09:38:32Z0.9K004/9367 Wind farm at sunsetK004/9367 Wind farm at sunset. Filmed on the west coast of Cumbria near Workington, UK.https://www.sciencephoto.com/image/712791/350wm/K0049367-Wind_farm_at_sunset-SPL.jpghttps://www.sciencephoto.com/image/712791/preview/K0049367-Wind_farm_at_sunset-SPL.mp415.812016-01-23Yescarbon neutralcleanclimate changecumbriaduskenergyenergy coastglobal warmingglowgreenorange skypowerrenewablerenewable energyseatonsunsetturbineukwest coastwindwind farmwind powerwind turbineworkingtonhttps://www.sciencephoto.com/media/712792/view/wind-farm2018-03-28T09:38:32Z0.9K004/9369 Wind farmK004/9369 Colourful wind turbines in polders, land reclaimed from the sea, near Almere, Flevoland, Netherlands.https://www.sciencephoto.com/image/712792/350wm/K0049369-Wind_farm-SPL.jpghttps://www.sciencephoto.com/image/712792/preview/K0049369-Wind_farm-SPL.mp413.052016-01-23Yesagriculturebladecarbon footprintcleanclimate changecolourcolourfulenergyfieldglobal warminggreenhollandnacellenetherlandsnuonorangepolderpoldersreclaimedrenewablerenewable energysea leveltowerwindwind farmwind powerwind turbineyellowhttps://www.sciencephoto.com/media/712793/view/wind-farm-shadow2018-03-28T09:38:32Z0.9K004/9374 Wind farm shadowK004/9374 The shadow of a wind turbine in polders, reclaimed land near Almere, Flevoland, Netherlandshttps://www.sciencephoto.com/image/712793/350wm/K0049374-Wind_farm_shadow-SPL.jpghttps://www.sciencephoto.com/image/712793/preview/K0049374-Wind_farm_shadow-SPL.mp413.522016-01-23Yesagriculturebladecarbon footprintcleanclimate changecolourcolourfulenergyfieldfurrowglobal warminggreenhollandnacellenetherlandsnuonorangeploughedpolderpoldersreclaimedrenewablerenewable energysea levelshadowsoiltowerwindwind farmwind powerwind turbineyellowhttps://www.sciencephoto.com/media/712794/view/domestic-wind-turbine2018-03-28T09:38:32Z0.9K004/9375 Domestic wind turbineK004/9375 Domestic wind turbine on a house in Ijburg, Amsterdam, Netherlands.https://www.sciencephoto.com/image/712794/350wm/K0049375-Domestic_wind_turbine-SPL.jpghttps://www.sciencephoto.com/image/712794/preview/K0049375-Domestic_wind_turbine-SPL.mp411.922016-01-23Yesbladecarbon footprintcleanclimate changeenergyglobal warminggreenhollandhousehouseholdijburgnetherlandsrenewablerenewable energyroofroof mountedsmallsmall scalewindwind farmwind powerwind turbinehttps://www.sciencephoto.com/media/712795/view/surveying-for-wind-turbines2018-03-28T09:38:32Z0.9K004/9376 Surveying for wind turbinesK004/9376 Surveying equipment during the initial groundwork for the installation of three wind turbines. The turbines are being constructed behind the Kirkstone Pass Inn on Kirkstone Pass in the Lake District, UK. Because of its remote location, this pub was not connected to the grid, and spent £25,000 a year on a diesel generator. The wind turbines vastly reduced the need for the generator and were the first wind turbines to get planning permission in the Lake District National Park.https://www.sciencephoto.com/image/712795/350wm/K0049376-Surveying_for_wind_turbines-SPL.jpghttps://www.sciencephoto.com/image/712795/preview/K0049376-Surveying_for_wind_turbines-SPL.mp415.852016-01-23Yesaccurateamblesidecoldconstructioncumbriaelectricityfreezingground workshillkirkstone passkirkstone pass innlake districtlandscapemeasuremeasuringmountainnational parkoff gridpeakplanning permissionrenewable energyroadsnowsnowysurveysurveyingtheodolitetripodukwind farmwind turbinewinterhttps://www.sciencephoto.com/media/712796/view/wind-turbine-installation2018-03-28T09:38:32Z0.9K004/9377 Wind turbine installationK004/9377 Groundwork for the installation of three wind turbines. The turbines are being constructed behind the Kirkstone Pass Inn on Kirkstone Pass in the Lake District, UK. Because of its remote location, this pub was not connected to the grid, and spent £25,000 a year on a diesel generator. The wind turbines vastly reduced the need for the generator and were the first wind turbines to get planning permission in the Lake District National Park.https://www.sciencephoto.com/image/712796/350wm/K0049377-Wind_turbine_installation-SPL.jpghttps://www.sciencephoto.com/image/712796/preview/K0049377-Wind_turbine_installation-SPL.mp416.352016-01-23Yesamblesideconstructioncumbriaelectricitygreenhealth and safetyhillkirkstone passkirkstone pass innlake districtlandscapenational parkoff gridplanning permissionpperenewable energyroadsteelukwind farmwind turbineworkmanhttps://www.sciencephoto.com/media/712797/view/wind-turbine-installation2018-03-28T09:38:32Z0.9K004/9383 Wind turbine installationK004/9383 Groundwork for the installation of three wind turbines. The turbines are being constructed behind the Kirkstone Pass Inn on Kirkstone Pass in the Lake District, UK. Because of its remote location, this pub was not connected to the grid, and spent £25,000 a year on a diesel generator. The wind turbines vastly reduced the need for the generator and were the first wind turbines to get planning permission in the Lake District National Park.https://www.sciencephoto.com/image/712797/350wm/K0049383-Wind_turbine_installation-SPL.jpghttps://www.sciencephoto.com/image/712797/preview/K0049383-Wind_turbine_installation-SPL.mp416.142016-01-23Yesamblesideconstructioncumbriaelectricitygreenhealth and safetyhillkirkstone passkirkstone pass innlake districtlandscapenational parkoff gridplanning permissionpperenewable energyroadsteelukwind farmwind turbineworkmanhttps://www.sciencephoto.com/media/712798/view/wind-turbine-installation2018-03-28T09:38:32Z0.9K004/9385 Wind turbine installationK004/9385 Groundwork for the installation of three wind turbines. The turbines are being constructed behind the Kirkstone Pass Inn on Kirkstone Pass in the Lake District, UK. Because of its remote location, this pub was not connected to the grid, and spent £25,000 a year on a diesel generator. The wind turbines vastly reduced the need for the generator and were the first wind turbines to get planning permission in the Lake District National Park.https://www.sciencephoto.com/image/712798/350wm/K0049385-Wind_turbine_installation-SPL.jpghttps://www.sciencephoto.com/image/712798/preview/K0049385-Wind_turbine_installation-SPL.mp416.682016-01-23Yesamblesideconstructioncumbriaelectricitygreenhealth and safetyhillkirkstone passkirkstone pass innlake districtlandscapenational parkoff gridplanning permissionpperenewable energyroadsteelukwind farmwind turbineworkmanhttps://www.sciencephoto.com/media/712799/view/plane-and-wind-turbine2018-03-28T09:38:32Z0.9K004/9386 Plane and wind turbineK004/9386 Plane flying past a wind turbine, near Amsterdam, Netherlands.https://www.sciencephoto.com/image/712799/350wm/K0049386-Plane_and_wind_turbine-SPL.jpghttps://www.sciencephoto.com/image/712799/preview/K0049386-Plane_and_wind_turbine-SPL.mp415.82016-01-23Yesairplaneaviationbladecarbon footprintcleanclimate changeemissionsenergyglobal warminggreenhollandjetnacellenetherlandsplanerenewablerenewable energytravelwindwind farmwind powerwind turbinehttps://www.sciencephoto.com/media/712800/view/wind-farm2018-03-28T09:38:32Z0.9K004/9388 Wind farmK004/9388 Colourful wind turbines in polders, land reclaimed from the sea, near Almere, Flevoland, Netherlands.https://www.sciencephoto.com/image/712800/350wm/K0049388-Wind_farm-SPL.jpghttps://www.sciencephoto.com/image/712800/preview/K0049388-Wind_farm-SPL.mp412.522016-01-23Yesagriculturebladecarbon footprintcleanclimate changecolourcolourfulenergyfieldglobal warminggreenhollandnacellenetherlandsnuonorangepolderpoldersreclaimedrenewablerenewable energysea leveltowerwindwind farmwind powerwind turbineyellowhttps://www.sciencephoto.com/media/712801/view/wind-farm2018-03-28T09:38:32Z0.9K004/9390 Wind farmK004/9390 Wind farm on Anglesey, Wales, UK.https://www.sciencephoto.com/image/712801/350wm/K0049390-Wind_farm-SPL.jpghttps://www.sciencephoto.com/image/712801/preview/K0049390-Wind_farm-SPL.mp49.42016-01-23Yesangleseybladecarbon footprintcarbon neutralclimate changeelectricityenergyglobal warmingpowerrenewablerenewable energywaleswindwind farmwind powerwind turbinehttps://www.sciencephoto.com/media/712802/view/train-and-wind-turbine2018-03-28T09:38:32Z0.9K004/9396 Train and wind turbineK004/9396 A train and wind turbine on the docks at Amsterdam, Netherlands.https://www.sciencephoto.com/image/712802/350wm/K0049396-Train_and_wind_turbine-SPL.jpghttps://www.sciencephoto.com/image/712802/preview/K0049396-Train_and_wind_turbine-SPL.mp410.242016-01-23Yesamsterdambladecarbon footprintcleanclimate changeenergyglobal warminggreenhollandnacellenetherlandsrailwayrenewablerenewable energytracktrainwindwind farmwind powerwind turbinehttps://www.sciencephoto.com/media/712803/view/wind-farm2018-03-28T09:38:32Z0.9K004/9398 Wind farmK004/9398 Colourful wind turbines in polders, land reclaimed from the sea, near Almere, Flevoland, Netherlands.https://www.sciencephoto.com/image/712803/350wm/K0049398-Wind_farm-SPL.jpghttps://www.sciencephoto.com/image/712803/preview/K0049398-Wind_farm-SPL.mp414.852016-01-23Yesagriculturebladecarbon footprintcleanclimate changecolourcolourfulenergyfieldglobal warminggreenhollandnacellenetherlandsnuonorangepolderpoldersreclaimedrenewablerenewable energysea leveltowerwindwind farmwind powerwind turbineyellowhttps://www.sciencephoto.com/media/712804/view/swamped-rowing-boat2018-03-28T09:38:32Z0.9K004/9403 Swamped rowing boatK004/9403 Rowing boat beached and swamped by unseasonal storm force winds on Lake Windermere in Ambleside, Lake District, UK, in the summer.https://www.sciencephoto.com/image/712804/350wm/K0049403-Swamped_rowing_boat-SPL.jpghttps://www.sciencephoto.com/image/712804/preview/K0049403-Swamped_rowing_boat-SPL.mp426.182016-01-23Yesamblesidebirdduckextreme weathergalehedgelake districtlake windermerelow pressuremallardmooredmooringsoarrowing boatshrubstormstorm forcestrong windsummerswampedtreeweatherwindwindywoodenhttps://www.sciencephoto.com/media/712805/view/wind-farm2018-03-28T09:38:32Z0.9K004/9404 Wind farmK004/9404 Colourful wind turbines in polders, land reclaimed from the sea, near Almere, Flevoland, Netherlands.https://www.sciencephoto.com/image/712805/350wm/K0049404-Wind_farm-SPL.jpghttps://www.sciencephoto.com/image/712805/preview/K0049404-Wind_farm-SPL.mp411.42016-01-23Yesagriculturebladecarbon footprintcleanclimate changecolourcolourfulenergyfieldglobal warminggreenhollandnacellenetherlandsnuonorangepolderpoldersreclaimedrenewablerenewable energysea leveltowerwindwind farmwind powerwind turbineyellowhttps://www.sciencephoto.com/media/712806/view/gale-rocking-boats2018-03-28T09:38:32Z0.9K004/9406 Gale rocking boatsK004/9406 Unseasonal storm force winds blowing boats on their moorings on Lake Windermere in Ambleside, Lake District, UK, in the summer.https://www.sciencephoto.com/image/712806/350wm/K0049406-Gale_rocking_boats-SPL.jpghttps://www.sciencephoto.com/image/712806/preview/K0049406-Gale_rocking_boats-SPL.mp416.72016-01-23Yesamblesidebirdboatduckextreme weathergalehedgejettylake districtlake windermerelow pressuremallardmooredmooringssailing boatshrubstormstorm forcestrong windsummertreeweatherwindwindyyachthttps://www.sciencephoto.com/media/712807/view/wind-turbine2018-03-28T09:38:32Z0.9K004/9407 Wind turbineK004/9407 Two-bladed wind turbine on a farm in East Yorkshire, UK.https://www.sciencephoto.com/image/712807/350wm/K0049407-Wind_turbine-SPL.jpghttps://www.sciencephoto.com/image/712807/preview/K0049407-Wind_turbine-SPL.mp49.52016-01-23Yesbladecarbon neutralcleanclimate changeelectricityenergy productiongeneratinggenerationglobal warminggreengridpowerrenewablerenewable energyrotateukwindwind powerwind turbinehttps://www.sciencephoto.com/media/712808/view/spume-blown-ashore-by-wind2018-03-28T09:38:32Z0.9K004/9408 Spume blown ashore by windK004/9408 Spume whipped up by a strong storm at the coast near Whitehaven, Cumbria, UK. Spume, or sea foam, is a frothy mass produced by wave action on seawater that contains relatively high concentrations of organic matter, such as occurs during an algal bloom. The organic matter acts as a surfactant in the same manner as soaps, and in turbulent seas can produce a light froth that can be blown around widely.https://www.sciencephoto.com/image/712808/350wm/K0049408-Spume_blown_ashore_by_wind-SPL.jpghttps://www.sciencephoto.com/image/712808/preview/K0049408-Spume_blown_ashore_by_wind-SPL.mp419.72016-01-23Yescumbriaextreme weatherfoamfoamyirish sealow pressurespumestormstormystormy weatherukweatherweather bombwest coastwhitehavenwindwindyhttps://www.sciencephoto.com/media/712809/view/gale-rocking-boats2018-03-28T09:38:32Z0.9K004/9414 Gale rocking boatsK004/9414 Unseasonal storm force winds blowing boats on their moorings on Lake Windermere in Ambleside, Lake District, UK, in the summer.https://www.sciencephoto.com/image/712809/350wm/K0049414-Gale_rocking_boats-SPL.jpghttps://www.sciencephoto.com/image/712809/preview/K0049414-Gale_rocking_boats-SPL.mp425.72016-01-23Yesamblesidebirdboatduckextreme weathergalehedgejettylake districtlake windermerelow pressuremallardmooredmooringssailing boatshrubstormstorm forcestrong windsummertreeweatherwindwindyyachthttps://www.sciencephoto.com/media/712810/view/gale-rocking-boats2018-03-28T09:38:32Z0.9K004/9416 Gale rocking boatsK004/9416 Unseasonal storm force winds blowing boats on their moorings on Lake Windermere in Ambleside, Lake District, UK, in the summer.https://www.sciencephoto.com/image/712810/350wm/K0049416-Gale_rocking_boats-SPL.jpghttps://www.sciencephoto.com/image/712810/preview/K0049416-Gale_rocking_boats-SPL.mp417.12016-01-23Yesamblesidebirdboatduckextreme weathergalehedgejettylake districtlake windermerelow pressuremallardmooredmooringssailing boatshrubstormstorm forcestrong windsummertreeweatherwindwindyyachthttps://www.sciencephoto.com/media/712950/view/repairing-storm-damage2018-03-28T09:38:32Z0.9K004/8911 Repairing storm damageK004/8911 Construction vehicles repairing storm damage. After a week of high tides, storm surges and storm force winds, the sea front promenade of Aberystwyth, Wales, UK, was devastated, causing millions of pounds of damage. The crashing waves punched a large hole in the sea wall and has collapsed Aberystwyth's iconic Victorian promenade shelter, which stood for over 100 years. Filmed on Wednesday 8th January 2014, the day the council started to try and clear the thousands of tonnes of beach rubble off the sea front road.https://www.sciencephoto.com/image/712950/350wm/K0048911-Repairing_storm_damage-SPL.jpghttps://www.sciencephoto.com/image/712950/preview/K0048911-Repairing_storm_damage-SPL.mp415.682016-01-26Yesaberystwythatlanticbatteredbatteringbrokenceredigionclean upclear upclimate changecoastal erosioncollapsecollapsingcrashcrashingdamagedestructiondiggererodederosionextreme weatherglobal warmingharbour wallhealth and safety workmanhigh streethigh tidehigh visinfrastructureinundatedirish seajcbpavilionpowerhttps://www.sciencephoto.com/media/712951/view/storm-battering-lighthouse2018-03-28T09:38:32Z0.9K004/8914 Storm battering lighthouseK004/8914 Storm waves battering Whitehaven harbour and lighthouse, Cumbria, UK, during the passage of an extreme low pressure system. Filmed on 10th December 2014.https://www.sciencephoto.com/image/712951/350wm/K0048914-Storm_battering_lighthouse-SPL.jpghttps://www.sciencephoto.com/image/712951/preview/K0048914-Storm_battering_lighthouse-SPL.mp425.42016-01-26Yesbatteringbreakingbuildingcrashingcumbriaextreme weatherharbourhigh tidehouseirish sealighthouselow pressureoverpoweringpowerpowerfulsalt sprayspraystormstormystormy weatherukwallwavewave heightwave powerweatherweather bombwest coastwhitehavenwindwindyhttps://www.sciencephoto.com/media/712952/view/storm-battering-lighthouse2018-03-28T09:38:32Z0.9K004/8920 Storm battering lighthouseK004/8920 Storm waves battering Whitehaven harbour and lighthouse, Cumbria, UK, during the passage of an extreme low pressure system. Filmed on 10th December 2014.https://www.sciencephoto.com/image/712952/350wm/K0048920-Storm_battering_lighthouse-SPL.jpghttps://www.sciencephoto.com/image/712952/preview/K0048920-Storm_battering_lighthouse-SPL.mp412.882016-01-26Yesbatteringbreakingbuildingcrashingcumbriaextreme weatherharbourhigh tidehouseirish sealighthouselow pressureoverpoweringpowerpowerfulsalt sprayspraystormstormystormy weatherukwallwavewave heightwave powerweatherweather bombwest coastwhitehavenwindwindyhttps://www.sciencephoto.com/media/712953/view/storm-waves2018-03-28T09:38:32Z0.9K004/8922 Storm wavesK004/8922 Storm waves battering Whitehaven harbour, during the passage of an extreme low pressure system. Filmed in Cumbria, UK, on 10th December 2014.https://www.sciencephoto.com/image/712953/350wm/K0048922-Storm_waves-SPL.jpghttps://www.sciencephoto.com/image/712953/preview/K0048922-Storm_waves-SPL.mp4242016-01-26Yesbatteringbreakingbuildingcrashingcumbriaextreme weatherharbourhigh tidehouseirish sealighthouselow pressureoverpoweringpowerpowerfulsalt sprayspraystormstormystormy weatherukwallwavewave heightwave powerweatherweather bombwest coastwhitehavenwindwindyhttps://www.sciencephoto.com/media/712954/view/storm-battering-lighthouse2018-03-28T09:38:32Z0.9K004/8932 Storm battering lighthouseK004/8932 Storm waves battering Whitehaven harbour and lighthouse, Cumbria, UK, during the passage of an extreme low pressure system. Filmed on 10th December 2014.https://www.sciencephoto.com/image/712954/350wm/K0048932-Storm_battering_lighthouse-SPL.jpghttps://www.sciencephoto.com/image/712954/preview/K0048932-Storm_battering_lighthouse-SPL.mp419.082016-01-26Yesbatteringbreakingbuildingcrashingcumbriaextreme weatherharbourhigh tidehouseirish sealighthouselow pressureoverpoweringpowerpowerfulsalt sprayspraystormstormystormy weatherukwallwavewave heightwave powerweatherweather bombwest coastwhitehavenwindwindyhttps://www.sciencephoto.com/media/712955/view/storm-battering-lighthouse2018-11-06T15:36:34Z0.9K004/8943 Storm battering lighthouseK004/8943 Storm waves battering Whitehaven harbour and lighthouse, Cumbria, UK, during the passage of an extreme low pressure system. Filmed on 10th December 2014.https://www.sciencephoto.com/image/712955/350wm/K0048943-Storm_battering_lighthouse-SPL.jpghttps://www.sciencephoto.com/image/712955/preview/K0048943-Storm_battering_lighthouse-SPL.mp412.282016-01-26Yesbatteringbreakingbuildingcrashingcumbriaextreme weatherharbourhigh tidehouseirish sealighthouselow pressureoverpoweringpowerpowerfulsalt sprayspraystormstormystormy weatherukwallwavewave heightwave powerweatherweather bombwest coastwhitehavenwindwindyhttps://www.sciencephoto.com/media/712956/view/storm-battering-lighthouse2018-03-28T09:38:32Z0.9K004/8946 Storm battering lighthouseK004/8946 Storm waves battering Whitehaven harbour and lighthouse, Cumbria, UK, during the passage of an extreme low pressure system. Filmed on 10th December 2014.https://www.sciencephoto.com/image/712956/350wm/K0048946-Storm_battering_lighthouse-SPL.jpghttps://www.sciencephoto.com/image/712956/preview/K0048946-Storm_battering_lighthouse-SPL.mp415.762016-01-26Yesbatteringbreakingbuildingcrashingcumbriaextreme weatherharbourhigh tidehouseirish sealighthouselow pressureoverpoweringpowerpowerfulsalt sprayspraystormstormystormy weatherukwallwavewave heightwave powerweatherweather bombwest coastwhitehavenwindwindyhttps://www.sciencephoto.com/media/712957/view/storm-damage-to-coast2018-03-28T09:38:32Z0.9K004/8951 Storm damage to coastK004/8951 Damage to a seafront after a week of high tides, storm surges and storm force winds. The storm destroyed parts of the promenade that had stood for more than a century. Filmed in Aberystwyth, Wales, UK, on 8th January 2014.https://www.sciencephoto.com/image/712957/350wm/K0048951-Storm_damage_to_coast-SPL.jpghttps://www.sciencephoto.com/image/712957/preview/K0048951-Storm_damage_to_coast-SPL.mp410.082016-01-26Yesaberystwythatlanticbatteredbatteringboarded upceredigionchip boardchipboardclean upclear upclimate changecoastal erosionconcretecrashcrashingdamagedestructionerodederosionextreme weatherglobal warminggravel beach materialharbour wallhigh streethigh tideinfrastructureinundatedirish sealife savinglifebeltpavingpaving slabhttps://www.sciencephoto.com/media/712958/view/storm-damage-to-coastal-building2018-03-28T09:38:32Z0.9K004/8964 Storm damage to coastal buildingK004/8964 Damage to a promenade shelter after a week of high tides, storm surges and storm force winds. This shelter had stood for more than a century. Filmed in Aberystwyth, Wales, UK, on 8th January 2014.https://www.sciencephoto.com/image/712958/350wm/K0048964-Storm_damage_to_coastal_building-SPL.jpghttps://www.sciencephoto.com/image/712958/preview/K0048964-Storm_damage_to_coastal_building-SPL.mp410.842016-01-26Yesaberystwythatlanticbatteredbatteringbrokenceredigionclean upclear upclimate changecoastal erosioncollapsecollapsingcrashcrashingdamagedestructionerodederosionextreme weatherglobal warmingharbour wallhealth and safety workmanhigh streethigh tidehigh visinfrastructureinundatedirish seapavilionpowerpowerfulppehttps://www.sciencephoto.com/media/712959/view/storm-damage-to-coast2018-03-28T09:38:32Z0.9K004/8973 Storm damage to coastK004/8973 Damage to a seafront after a week of high tides, storm surges and storm force winds. The storm destroyed parts of the promenade that had stood for more than a century. Filmed in Aberystwyth, Wales, UK, on 8th January 2014.https://www.sciencephoto.com/image/712959/350wm/K0048973-Storm_damage_to_coast-SPL.jpghttps://www.sciencephoto.com/image/712959/preview/K0048973-Storm_damage_to_coast-SPL.mp412.762016-01-26Yesaberystwythatlanticbatteredbatteringbrokenceredigionclean upclear upclimate changecoastal erosioncollapsecollapsingcrashcrashingdamagedestructionerodederosionextreme weatherglobal warmingharbour wallhealth and safety workmanhigh streethigh tidehigh visinfrastructureinundatedirish seapowerpowerfulppepromenadehttps://www.sciencephoto.com/media/712960/view/storm-damage-to-coastal-building2018-03-28T09:38:32Z0.9K004/8977 Storm damage to coastal buildingK004/8977 Damage to a promenade shelter after a week of high tides, storm surges and storm force winds. This shelter had stood for more than a century. Filmed in Aberystwyth, Wales, UK, on 8th January 2014.https://www.sciencephoto.com/image/712960/350wm/K0048977-Storm_damage_to_coastal_building-SPL.jpghttps://www.sciencephoto.com/image/712960/preview/K0048977-Storm_damage_to_coastal_building-SPL.mp419.722016-01-26Yesaberystwythatlanticbatteredbatteringbrokenceredigionclean upclear upclimate changecoastal erosioncollapsecollapsingcrashcrashingdamagedestructionerodederosionextreme weatherglobal warmingharbour wallhealth and safety workmanhigh streethigh tidehigh visinfrastructureinundatedirish seapavilionpowerpowerfulppehttps://www.sciencephoto.com/media/712961/view/repairing-storm-damage2018-03-28T09:38:32Z0.9K004/8982 Repairing storm damageK004/8982 Construction vehicle repairing storm damage. After a week of high tides, storm surges and storm force winds, the sea front promenade of Aberystwyth, Wales, UK, was devastated, causing millions of pounds of damage. The crashing waves punched a large hole in the sea wall and has collapsed Aberystwyth's iconic Victorian promenade shelter, which stood for over 100 years. Filmed on Wednesday 8th January 2014, the day the council started to try and clear the thousands of tonnes of beach rubble off the sea front road.https://www.sciencephoto.com/image/712961/350wm/K0048982-Repairing_storm_damage-SPL.jpghttps://www.sciencephoto.com/image/712961/preview/K0048982-Repairing_storm_damage-SPL.mp411.042016-01-26Yesaberystwythatlanticbatteredbatteringbrokenceredigionclean upclear upclimate changecoastal erosioncollapsecollapsingcrashcrashingdamagedestructiondiggererodederosionextreme weatherglobal warmingharbour wallhealth and safety workmanhigh streethigh tidehigh visinfrastructureinundatedirish seajcbpavilionpowerhttps://www.sciencephoto.com/media/712962/view/waterspout2018-03-28T09:38:32Z0.9K004/9088 WaterspoutK004/9088 Waterspout over the masts of boats. This waterspout formed during a severe thunderstorm, in a similar manner to tornadoes associated with thunderstorms on land. Filmed in Sivota, Greece.https://www.sciencephoto.com/image/712962/350wm/K0049088-Waterspout-SPL.jpghttps://www.sciencephoto.com/image/712962/preview/K0049088-Waterspout-SPL.mp414.282016-01-26Yesawesomeboatbouncingcoastdelugedestructivedownpourenergygreecehailhail stonehailingheavy rainhousehousingmastmediterraneanmeteorologynatural energynatural phenomenonpowerpowerfulprecipitationrainrain dropsrainingseasivotaspiralspirallingstormstormyhttps://www.sciencephoto.com/media/712963/view/jetty-reflections2018-03-28T09:38:32Z0.9K004/9093 Jetty reflectionsK004/9093 Ducks by the reflections of a jetty on Lake Windermere, Lake District, UK.https://www.sciencephoto.com/image/712963/350wm/K0049093-Jetty_reflections-SPL.jpghttps://www.sciencephoto.com/image/712963/preview/K0049093-Jetty_reflections-SPL.mp411.042016-01-26Yesjettylake districtlake windermerereflectedreflectionrippleripplingstillsurfaceukwaterhttps://www.sciencephoto.com/media/712964/view/autumn-colour-on-aspen2018-03-28T09:38:32Z0.9K004/9099 Autumn colour on aspenK004/9099 Autumn colour in the foliage of a quaking aspen tree (Populus tremuloides). Filmed in California, USA.https://www.sciencephoto.com/image/712964/350wm/K0049099-Autumn_colour_on_aspen-SPL.jpghttps://www.sciencephoto.com/image/712964/preview/K0049099-Autumn_colour_on_aspen-SPL.mp4122016-01-26Yesautumnbreezecaliforniacolourfulfallfall coloursfoliageleaforangequaking aspenredswaytreeusahttps://www.sciencephoto.com/media/712965/view/waterspout2018-03-28T09:38:32Z0.9K004/9102 WaterspoutK004/9102 Waterspout over the masts of boats. This waterspout formed during a severe thunderstorm, in a similar manner to tornadoes associated with thunderstorms on land. Filmed in Sivota, Greece.https://www.sciencephoto.com/image/712965/350wm/K0049102-Waterspout-SPL.jpghttps://www.sciencephoto.com/image/712965/preview/K0049102-Waterspout-SPL.mp413.922016-01-26Yesawesomeboatbouncingcoastdelugedestructivedownpourenergygreecehailhail stonehailingheavy rainhousehousingmastmediterraneanmeteorologynatural energynatural phenomenonpowerpowerfulprecipitationrainrain dropsrainingseasivotaspiralspirallingstormstormyhttps://www.sciencephoto.com/media/712966/view/jetty-reflections2018-03-28T09:38:32Z0.9K004/9106 Jetty reflectionsK004/9106 Reflections of a jetty on Lake Windermere, Lake District, UK.https://www.sciencephoto.com/image/712966/350wm/K0049106-Jetty_reflections-SPL.jpghttps://www.sciencephoto.com/image/712966/preview/K0049106-Jetty_reflections-SPL.mp418.22016-01-26Yesjettylake districtlake windermerereflectedreflectionrippleripplingstillsurfaceukwaterhttps://www.sciencephoto.com/media/712967/view/waterspout2018-03-28T09:38:32Z0.9K004/9110 WaterspoutK004/9110 Waterspout. This waterspout formed during a severe thunderstorm, in a similar manner to tornadoes associated with thunderstorms on land. Filmed in Sivota, Greece.https://www.sciencephoto.com/image/712967/350wm/K0049110-Waterspout-SPL.jpghttps://www.sciencephoto.com/image/712967/preview/K0049110-Waterspout-SPL.mp410.882016-01-26Yesawesomeboatbouncingcoastdelugedestructivedownpourenergygreecehailhail stonehailingheavy rainhousehousingmastmediterraneanmeteorologynatural energynatural phenomenonpowerpowerfulprecipitationrainrain dropsrainingseasivotaspiralspirallingstormstormyhttps://www.sciencephoto.com/media/712968/view/waterspout2018-03-28T09:38:32Z0.9K004/9113 WaterspoutK004/9113 Waterspout. This waterspout formed during a severe thunderstorm, in a similar manner to tornadoes associated with thunderstorms on land. Filmed in Sivota, Greece.https://www.sciencephoto.com/image/712968/350wm/K0049113-Waterspout-SPL.jpghttps://www.sciencephoto.com/image/712968/preview/K0049113-Waterspout-SPL.mp49.562016-01-26Yesawesomeboatbouncingcoastdelugedestructivedownpourenergygreecehailhail stonehailingheavy rainhousehousingmastmediterraneanmeteorologynatural energynatural phenomenonpowerpowerfulprecipitationrainrain dropsrainingseasivotaspiralspirallingstormstormyhttps://www.sciencephoto.com/media/712969/view/waterfalls2018-03-28T09:38:32Z0.9K004/9119 WaterfallsK004/9119 Stock Ghyll waterfall in flood, Ambleside, Lake District, UK.https://www.sciencephoto.com/image/712969/350wm/K0049119-Waterfalls-SPL.jpghttps://www.sciencephoto.com/image/712969/preview/K0049119-Waterfalls-SPL.mp411.762016-01-26Yesamblesidecascadedropfloodfloodingforestgravitylake districtnational parkrainrainingstock ghylltorrenttorrentialtreeukwaterwaterfallwhite waterwinterwoodlandhttps://www.sciencephoto.com/media/712970/view/mist-over-a-lake-at-dawn2018-03-28T09:38:32Z0.9K004/9131 Mist over a lake at dawnK004/9131 Mist over water at dawn. Filmed on Lake Windermere, Lake District, UK.https://www.sciencephoto.com/image/712970/350wm/K0049131-Mist_over_a_lake_at_dawn-SPL.jpghttps://www.sciencephoto.com/image/712970/preview/K0049131-Mist_over_a_lake_at_dawn-SPL.mp412.362016-01-26Yesamblesideboatcalmcoldcumbriadawn brightenglandfreezingfreezing fogglowhigh pressurehillicelakelake districtlightmistmountainnational parkorangereflectionsailing boatskysnowstillsub zerosunrisesurfacetemperatureukwaterwavehttps://www.sciencephoto.com/media/712971/view/mist-over-a-lake-at-dawn2018-03-28T09:38:32Z0.9K004/9139 Mist over a lake at dawnK004/9139 Mist over water at dawn. Filmed on Lake Windermere, Lake District, UK.https://www.sciencephoto.com/image/712971/350wm/K0049139-Mist_over_a_lake_at_dawn-SPL.jpghttps://www.sciencephoto.com/image/712971/preview/K0049139-Mist_over_a_lake_at_dawn-SPL.mp412.162016-01-26Yesamblesideboatcalmcoldcumbriadawn brightenglandfreezingfreezing fogglowhigh pressurehillicelakelake districtlightmistmountainnational parkorangereflectionsailing boatskysnowstillsub zerosunrisesurfacetemperatureukwaterwavehttps://www.sciencephoto.com/media/712972/view/mist-over-a-lake-at-dawn2018-03-28T09:38:32Z0.9K004/9142 Mist over a lake at dawnK004/9142 Mist over water at dawn. Filmed on Lake Windermere, Lake District, UK.https://www.sciencephoto.com/image/712972/350wm/K0049142-Mist_over_a_lake_at_dawn-SPL.jpghttps://www.sciencephoto.com/image/712972/preview/K0049142-Mist_over_a_lake_at_dawn-SPL.mp411.642016-01-26Yesamblesideboatcalmcoldcumbriadawn brightenglandfreezingfreezing fogglowhigh pressurehillicelakelake districtlightmistmountainnational parkorangereflectionsailing boatskysnowstillsub zerosunrisesurfacetemperatureukwaterwavehttps://www.sciencephoto.com/media/712973/view/torrential-rain2018-03-28T09:38:32Z0.9K004/9145 Torrential rainK004/9145 Torrential rain from a thunderstorm. Filmed in Sivota, Greece.https://www.sciencephoto.com/image/712973/350wm/K0049145-Torrential_rain-SPL.jpghttps://www.sciencephoto.com/image/712973/preview/K0049145-Torrential_rain-SPL.mp411.22016-01-26Yesbouncingcoastdelugedownpourenergygreecehailhail stonehailingheavy rainmediterraneanmeteorologyprecipitationrainrain dropsrainingseasivotastormstormythunder stormtorrentialtorrential rainweatherhttps://www.sciencephoto.com/media/712974/view/lake-fishermen-at-dawn2018-03-28T09:38:32Z0.9K004/9146 Lake fishermen at dawnK004/9146 Silhouetted fishermen on a boat on a misty dawn. Filmed on Lake Windermere, Lake District, UK.https://www.sciencephoto.com/image/712974/350wm/K0049146-Lake_fishermen_at_dawn-SPL.jpghttps://www.sciencephoto.com/image/712974/preview/K0049146-Lake_fishermen_at_dawn-SPL.mp423.322016-01-26Yesamblesideboatcalmcanadian canoecanoechar fishingcoldcumbriadawn brightenglandfishermanfishingfishing boatfishing rodfreezingfreezing fogglowhigh pressurehillicelakelake districtlightmalemanmistmountainnational parkorangereflectionsailing boatskyhttps://www.sciencephoto.com/media/712975/view/frost-on-leaves2018-03-28T09:38:32Z0.9K004/9156 Frost on leavesK004/9156 Frost melting in sunlight on bracken, Lake District, UK.https://www.sciencephoto.com/image/712975/350wm/K0049156-Frost_on_leaves-SPL.jpghttps://www.sciencephoto.com/image/712975/preview/K0049156-Frost_on_leaves-SPL.mp415.892016-01-26Yesamblesidebrackencoatedcoldcold snapfernfreezingfrostfrozeniceicicleicicleslake districtmeltmeltingspringstreamsub zeroukwarmingwater coursewinterwinter conditionshttps://www.sciencephoto.com/media/712976/view/cars-in-mist2018-03-28T09:38:32Z0.9K004/9161 Cars in mistK004/9161 Cars driving through a valley filled with mist trapped by a temperature inversion. An inversion occurs when the normal cooling of air with altitude is disrupted, often by warm air moving over cold, dense air. This acts to prevent normal convection, meaning mist and pollutants can be trapped near ground level. Filmed looking down Langdale Valley at Loughrigg, near Ambleside in the Lake District National Park, UK.https://www.sciencephoto.com/image/712976/350wm/K0049161-Cars_in_mist-SPL.jpghttps://www.sciencephoto.com/image/712976/preview/K0049161-Cars_in_mist-SPL.mp411.62016-01-26Yesamblesidecarcolddrivingdriving conditionsduskfogfoggyforestfrostyhilllake district national parklangdaleloughriggmagicalmistmistymysticalpoor visibilityroadruraltemperature inversiontransporttraveltreevalleyviewpointvisibilityvistaweatherweather conditionswoodlandhttps://www.sciencephoto.com/media/712977/view/sheltering-from-rain2018-11-06T15:31:58Z0.9K004/9162 Sheltering from rainK004/9162 Family sheltering from torrential rain under a beach umbrella. Filmed in Sivota, Greece.https://www.sciencephoto.com/image/712977/350wm/K0049162-Sheltering_from_rain-SPL.jpghttps://www.sciencephoto.com/image/712977/preview/K0049162-Sheltering_from_rain-SPL.mp47.762016-01-26Yesamusingbeach umbrellabouncingchildchildrencoastdelugedownpourenergyescapefamilyfunfunnygreecehailhail stonehailingheavy rainholidayhumourinnovationinnovativelargemanmediterraneanmeteorologyprecipitationprotectionrainrain dropsrainingseahttps://www.sciencephoto.com/media/712978/view/cars-in-mist2018-03-28T09:38:32Z0.9K004/9163 Cars in mistK004/9163 Cars driving through a valley filled with mist trapped by a temperature inversion. An inversion occurs when the normal cooling of air with altitude is disrupted, often by warm air moving over cold, dense air. This acts to prevent normal convection, meaning mist and pollutants can be trapped near ground level. Filmed looking down Langdale Valley at Loughrigg, near Ambleside in the Lake District National Park, UK.https://www.sciencephoto.com/image/712978/350wm/K0049163-Cars_in_mist-SPL.jpghttps://www.sciencephoto.com/image/712978/preview/K0049163-Cars_in_mist-SPL.mp413.362016-01-26Yesamblesidecarcolddrivingdriving conditionsduskfogfoggyforestfrostyhilllake district national parklangdaleloughriggmagicalmistmistymysticalpoor visibilityroadruraltemperature inversiontransporttraveltreevalleyviewpointvisibilityvistaweatherweather conditionswoodlandhttps://www.sciencephoto.com/media/712979/view/mist-mountain2018-03-28T09:38:32Z0.9K004/9165 Mist mountainK004/9165 Mountain of mist in a valley. The mist formed beneath a temperature inversion, where cold moist air was trapped below a layer of less dense, warmer air. Localised warming allowed a portion of the trapped air to punch through the overlying air, leading to this rare formation. Filmed at Loughrigg, near Ambleside in the Lake District National Park, UK.https://www.sciencephoto.com/image/712979/350wm/K0049165-Mist_mountain-SPL.jpghttps://www.sciencephoto.com/image/712979/preview/K0049165-Mist_mountain-SPL.mp411.522016-01-26Yesamblesidecoldfogfoggyfrostyhilllake district national parklangdaleloughriggmagicalmistmistymysticalriserisingtemperature inversionupliftvalleyviewpointvistaweatherweather conditionsweather phenomenonwoodlandhttps://www.sciencephoto.com/media/712980/view/mist-over-a-lake-at-dawn2018-03-28T09:38:32Z0.9K004/9170 Mist over a lake at dawnK004/9170 Mist over water at dawn. Filmed on Lake Windermere, Lake District, UK.https://www.sciencephoto.com/image/712980/350wm/K0049170-Mist_over_a_lake_at_dawn-SPL.jpghttps://www.sciencephoto.com/image/712980/preview/K0049170-Mist_over_a_lake_at_dawn-SPL.mp413.242016-01-26Yesamblesideboatcalmcoldcumbriadawn brightenglandfreezingfreezing fogglowhigh pressurehillicelakelake districtlightmistmountainnational parkorangereflectionsailing boatskysnowstillsub zerosunrisesurfacetemperatureukwaterwavehttps://www.sciencephoto.com/media/712981/view/mist-over-a-lake-at-dawn2018-03-28T09:38:32Z0.9K004/9175 Mist over a lake at dawnK004/9175 Mist over water at dawn. Filmed on Lake Windermere, Lake District, UK.https://www.sciencephoto.com/image/712981/350wm/K0049175-Mist_over_a_lake_at_dawn-SPL.jpghttps://www.sciencephoto.com/image/712981/preview/K0049175-Mist_over_a_lake_at_dawn-SPL.mp410.42016-01-26Yesamblesideboatcalmcoldcumbriadawn brightenglandfreezingfreezing fogglowhigh pressurehillicelakelake districtlightmistmountainnational parkorangereflectionsailing boatskysnowstillsub zerosunrisesurfacetemperatureukwaterwavehttps://www.sciencephoto.com/media/712982/view/lake-fishermen-at-dawn2018-03-28T09:38:32Z0.9K004/9177 Lake fishermen at dawnK004/9177 Silhouetted fishermen on a boat on a misty dawn. Filmed on Lake Windermere, Lake District, UK.https://www.sciencephoto.com/image/712982/350wm/K0049177-Lake_fishermen_at_dawn-SPL.jpghttps://www.sciencephoto.com/image/712982/preview/K0049177-Lake_fishermen_at_dawn-SPL.mp413.322016-01-26Yesamblesideboatcalmcoldcumbriadawn brightenglandfreezingfreezing fogglowhigh pressurehillicelakelake districtlightmistmountainnational parkorangereflectionsailing boatskysnowstillsub zerosunrisesurfacetemperatureukwaterwavehttps://www.sciencephoto.com/media/712983/view/torrential-rain2018-11-06T15:36:59Z0.9K004/9181 Torrential rainK004/9181 Torrential rain from a thunderstorm. Filmed in Sivota, Greece.https://www.sciencephoto.com/image/712983/350wm/K0049181-Torrential_rain-SPL.jpghttps://www.sciencephoto.com/image/712983/preview/K0049181-Torrential_rain-SPL.mp411.522016-01-26Yesbouncingcoastdelugedownpourenergygreecehailhail stonehailingheavy rainmediterraneanmeteorologyprecipitationrainrain dropsrainingseasivotastormstormythunder stormtorrentialtorrential rainweatherhttps://www.sciencephoto.com/media/712984/view/mist-over-a-lake-at-dawn2018-03-28T09:38:32Z0.9K004/9184 Mist over a lake at dawnK004/9184 Mist over water at dawn. Filmed on Lake Windermere, Lake District, UK.https://www.sciencephoto.com/image/712984/350wm/K0049184-Mist_over_a_lake_at_dawn-SPL.jpghttps://www.sciencephoto.com/image/712984/preview/K0049184-Mist_over_a_lake_at_dawn-SPL.mp413.242016-01-26Yesamblesideboatcalmcoldcumbriadawn brightenglandfreezingfreezing fogglowhigh pressurehillicelakelake districtlightmistmountainnational parkorangereflectionsailing boatskysnowstillsub zerosunrisesurfacetemperatureukwaterwavehttps://www.sciencephoto.com/media/712985/view/misty-lake-at-dawn2018-03-28T09:38:32Z0.9K004/9185 Misty lake at dawnK004/9185 Mist at dawn over Lake Windermere, Lake District, UK.https://www.sciencephoto.com/image/712985/350wm/K0049185-Misty_lake_at_dawn-SPL.jpghttps://www.sciencephoto.com/image/712985/preview/K0049185-Misty_lake_at_dawn-SPL.mp423.722016-01-26Yesamblesideboatcalmcanadian canoecanoecoldcumbriadawn brightenglandfreezingfreezing fogglowhigh pressurehillicelakelake districtlightmalemanmistmountainnational parkorangereflectionsailing boatskysnowstillsub zerosunrisesurfacehttps://www.sciencephoto.com/media/712986/view/mist-over-a-lake-at-dawn2018-03-28T09:38:32Z0.9K004/9187 Mist over a lake at dawnK004/9187 Mist over water at dawn. Filmed on Lake Windermere, Lake District, UK.https://www.sciencephoto.com/image/712986/350wm/K0049187-Mist_over_a_lake_at_dawn-SPL.jpghttps://www.sciencephoto.com/image/712986/preview/K0049187-Mist_over_a_lake_at_dawn-SPL.mp413.362016-01-26Yesamblesideboatcalmcoldcumbriadawn brightenglandfreezingfreezing fogglowhigh pressurehillicelakelake districtlightmistmountainnational parkorangereflectionsailing boatskysnowstillsub zerosunrisesurfacetemperatureukwaterwavehttps://www.sciencephoto.com/media/712987/view/boats-on-a-lake-at-dawn2018-03-28T09:38:32Z0.9K004/9190 Boats on a lake at dawnK004/9190 Fishermen and a rower in their boats on a misty dawn over Lake Windermere, Lake District, UK.https://www.sciencephoto.com/image/712987/350wm/K0049190-Boats_on_a_lake_at_dawn-SPL.jpghttps://www.sciencephoto.com/image/712987/preview/K0049190-Boats_on_a_lake_at_dawn-SPL.mp414.722016-01-26Yesamblesideboatcalmchar fishingcoldcumbriadawn brightenglandfishermanfishingfishing boatfishing rodfreezingfreezing fogglowhigh pressurehillicelakelake districtlightmistmountainnational parkorangereflectionsailing boatskysnowstillsub zerosunrisehttps://www.sciencephoto.com/media/712988/view/boat-on-a-misty-lake2018-03-28T09:38:32Z0.9K004/9192 Boat on a misty lakeK004/9192 Paddling a boat on a misty dawn on Lake Windermere, Lake District, UK.https://www.sciencephoto.com/image/712988/350wm/K0049192-Boat_on_a_misty_lake-SPL.jpghttps://www.sciencephoto.com/image/712988/preview/K0049192-Boat_on_a_misty_lake-SPL.mp417.82016-01-26Yesamblesideboatcalmcanadian canoecanoecoldcumbriadawn brightenglandfreezingfreezing fogglowhigh pressurehillicelakelake districtlightmalemanmistmountainnational parkorangereflectionsailing boatskysnowstillsub zerosunrisesurfacehttps://www.sciencephoto.com/media/712989/view/mist-over-a-lake-at-dawn2018-03-28T09:38:32Z0.9K004/9195 Mist over a lake at dawnK004/9195 Mist over water at dawn. Filmed on Lake Windermere, Lake District, UK.https://www.sciencephoto.com/image/712989/350wm/K0049195-Mist_over_a_lake_at_dawn-SPL.jpghttps://www.sciencephoto.com/image/712989/preview/K0049195-Mist_over_a_lake_at_dawn-SPL.mp411.282016-01-26Yesamblesideboatcalmcoldcumbriadawn brightenglandfreezingfreezing fogglowhigh pressurehillicelakelake districtlightmistmountainnational parkorangereflectionsailing boatskysnowstillsub zerosunrisesurfacetemperatureukwaterwavehttps://www.sciencephoto.com/media/712990/view/sunset-clouds-over-a-mountain2018-03-28T09:38:32Z0.9K004/9199 Sunset clouds over a mountainK004/9199 Clouds blowing over Wetherlam mountain, in the Lake District, Cumbria, UK, at sunset.https://www.sciencephoto.com/image/712990/350wm/K0049199-Sunset_clouds_over_a_mountain-SPL.jpghttps://www.sciencephoto.com/image/712990/preview/K0049199-Sunset_clouds_over_a_mountain-SPL.mp410.42016-01-26Yesblowingcloudscoldcumbriaglowhilllake districtpeaksnowsunsetukwetherlamwinterhttps://www.sciencephoto.com/media/712991/view/valley-mist2018-03-28T09:38:32Z0.9K004/9201 Valley mistK004/9201 Mist in a valley trapped by a temperature inversion. An inversion occurs when the normal cooling of air with altitude is disrupted, often by warm air moving over cold, dense air. This acts to prevent normal convection, meaning mist and pollutants can be trapped near ground level. Filmed looking down Langdale Valley at Loughrigg, near Ambleside in the Lake District National Park, UK.https://www.sciencephoto.com/image/712991/350wm/K0049201-Valley_mist-SPL.jpghttps://www.sciencephoto.com/image/712991/preview/K0049201-Valley_mist-SPL.mp419.922016-01-26Yesamblesidecarcolddrivingdriving conditionsduskfogfoggyforestfrostyhilllake district national parklangdaleloughriggmagicalmistmistymysticalpoor visibilityroadruraltemperature inversiontransporttraveltreevalleyviewpointvisibilityvistaweatherweather conditionswoodlandhttps://www.sciencephoto.com/media/712992/view/mist-over-a-lake-at-dawn2018-03-28T09:38:32Z0.9K004/9202 Mist over a lake at dawnK004/9202 Mist over water at dawn. Filmed on Lake Windermere, Lake District, UK.https://www.sciencephoto.com/image/712992/350wm/K0049202-Mist_over_a_lake_at_dawn-SPL.jpghttps://www.sciencephoto.com/image/712992/preview/K0049202-Mist_over_a_lake_at_dawn-SPL.mp412.522016-01-26Yesamblesideboatcalmcoldcumbriadawn brightenglandfreezingfreezing fogglowhigh pressurehillicelakelake districtlightmistmountainnational parkorangereflectionsailing boatskysnowstillsub zerosunrisesurfacetemperatureukwaterwavehttps://www.sciencephoto.com/media/712993/view/sunset-clouds-over-a-mountain2018-03-28T09:38:32Z0.9K004/9203 Sunset clouds over a mountainK004/9203 Clouds blowing over Wetherlam mountain, in the Lake District, Cumbria, UK, at sunset.https://www.sciencephoto.com/image/712993/350wm/K0049203-Sunset_clouds_over_a_mountain-SPL.jpghttps://www.sciencephoto.com/image/712993/preview/K0049203-Sunset_clouds_over_a_mountain-SPL.mp410.962016-01-26Yesblowingcloudscoldcumbriaglowhilllake districtpeaksnowsunsetukwetherlamwinterhttps://www.sciencephoto.com/media/712994/view/lake-fishermen-at-dawn2018-03-28T09:38:32Z0.9K004/9204 Lake fishermen at dawnK004/9204 Silhouetted fishermen on a boat on a misty dawn. Filmed on Lake Windermere, Lake District, UK.https://www.sciencephoto.com/image/712994/350wm/K0049204-Lake_fishermen_at_dawn-SPL.jpghttps://www.sciencephoto.com/image/712994/preview/K0049204-Lake_fishermen_at_dawn-SPL.mp415.842016-01-26Yesamblesideboatcalmchar fishingcoldcumbriadawn brightenglandfishermanfishingfishing boatfishing rodfreezingfreezing fogglowhigh pressurehillicelakelake districtlightmistmountainnational parkorangereflectionsailing boatskysnowstillsub zerosunrisehttps://www.sciencephoto.com/media/712995/view/torrential-rain2018-11-06T15:35:18Z0.9K004/9207 Torrential rainK004/9207 Torrential rain from a thunderstorm. Filmed in Sivota, Greece.https://www.sciencephoto.com/image/712995/350wm/K0049207-Torrential_rain-SPL.jpghttps://www.sciencephoto.com/image/712995/preview/K0049207-Torrential_rain-SPL.mp412.642016-01-26Yesbouncingcoastdelugedownpourenergygreecehailhail stonehailingheavy rainmediterraneanmeteorologyprecipitationrainrain dropsrainingseasivotastormstormythunder stormtorrentialtorrential rainweatherhttps://www.sciencephoto.com/media/712996/view/mist-mountain2018-03-28T09:38:32Z0.9K004/9209 Mist mountainK004/9209 Mountain of mist in a valley. The mist formed beneath a temperature inversion, where cold moist air was trapped below a layer of less dense, warmer air. Localised warming allowed a portion of the trapped air to punch through the overlying air, leading to this rare formation. Filmed at Loughrigg, near Ambleside in the Lake District National Park, UK.https://www.sciencephoto.com/image/712996/350wm/K0049209-Mist_mountain-SPL.jpghttps://www.sciencephoto.com/image/712996/preview/K0049209-Mist_mountain-SPL.mp411.42016-01-26Yesamblesidecoldfogfoggyfrostyhilllake district national parklangdaleloughriggmagicalmistmistymysticalriserisingtemperature inversionupliftvalleyviewpointvistaweatherweather conditionsweather phenomenonwoodlandhttps://www.sciencephoto.com/media/712997/view/valley-mist2018-03-28T09:38:32Z0.9K004/9210 Valley mistK004/9210 Mist in a valley trapped by a temperature inversion. An inversion occurs when the normal cooling of air with altitude is disrupted, often by warm air moving over cold, dense air. This acts to prevent normal convection, meaning mist and pollutants can be trapped near ground level. Filmed looking down Langdale Valley at Loughrigg, near Ambleside in the Lake District National Park, UK.https://www.sciencephoto.com/image/712997/350wm/K0049210-Valley_mist-SPL.jpghttps://www.sciencephoto.com/image/712997/preview/K0049210-Valley_mist-SPL.mp415.122016-01-26Yesamblesidecarcolddrivingdriving conditionsduskfogfoggyforestfrostygrittergrittinghilllake district national parklangdaleloughriggmagicalmistmistymysticalpoor visibilityroadruralsaltsaltingtemperature inversiontransporttraveltreevalleyviewpointvisibilityhttps://www.sciencephoto.com/media/712998/view/mist-over-a-lake-at-dawn2018-03-28T09:38:32Z0.9K004/9211 Mist over a lake at dawnK004/9211 Mist over water at dawn. Filmed on Lake Windermere, Lake District, UK.https://www.sciencephoto.com/image/712998/350wm/K0049211-Mist_over_a_lake_at_dawn-SPL.jpghttps://www.sciencephoto.com/image/712998/preview/K0049211-Mist_over_a_lake_at_dawn-SPL.mp412.322016-01-26Yesamblesideboatcalmcoldcumbriadawn brightenglandfreezingfreezing fogglowhigh pressurehillicelakelake districtlightmistmountainnational parkorangereflectionsailing boatskysnowstillsub zerosunrisesurfacetemperatureukwaterwavehttps://www.sciencephoto.com/media/712999/view/cars-in-mist2018-03-28T09:38:32Z0.9K004/9216 Cars in mistK004/9216 Cars driving through a valley filled with mist trapped by a temperature inversion. An inversion occurs when the normal cooling of air with altitude is disrupted, often by warm air moving over cold, dense air. This acts to prevent normal convection, meaning mist and pollutants can be trapped near ground level. Filmed looking down Langdale Valley at Loughrigg, near Ambleside in the Lake District National Park, UK.https://www.sciencephoto.com/image/712999/350wm/K0049216-Cars_in_mist-SPL.jpghttps://www.sciencephoto.com/image/712999/preview/K0049216-Cars_in_mist-SPL.mp421.082016-01-26Yesamblesidecarcolddrivingdriving conditionsduskfogfoggyforestfrostyhilllake district national parklangdaleloughriggmagicalmistmistymysticalpoor visibilityroadruraltemperature inversiontransporttraveltreevalleyviewpointvisibilityvistaweatherweather conditionswoodlandhttps://www.sciencephoto.com/media/713000/view/family-sledging2018-03-28T09:38:32Z0.9K004/9269 Family sledgingK004/9269 Family sledging on Kirkstone Pass in the Lake District, Cumbria, UK.https://www.sciencephoto.com/image/713000/350wm/K0049269-Family_sledging-SPL.jpghttps://www.sciencephoto.com/image/713000/preview/K0049269-Family_sledging-SPL.mp412.322016-01-26Yesbackdropchildcoldcumbriafamilyfunhillkirkstonekirkstone passlake districtmountainmountain passnational parkplayplayingski suitsledgesledgingsnowtoddlerukweatherwinterhttps://www.sciencephoto.com/media/713001/view/family-sledging2018-03-28T09:38:32Z0.9K004/9276 Family sledgingK004/9276 Family sledging on Kirkstone Pass in the Lake District, Cumbria, UK.https://www.sciencephoto.com/image/713001/350wm/K0049276-Family_sledging-SPL.jpghttps://www.sciencephoto.com/image/713001/preview/K0049276-Family_sledging-SPL.mp419.842016-01-26Yesbackdropchildcoldcumbriafamilyfunhillkirkstonekirkstone passlake districtmountainmountain passnational parkplayplayingski suitsledgesledgingsnowtoddlerukweatherwinterhttps://www.sciencephoto.com/media/713002/view/family-sledging2018-03-28T09:38:32Z0.9K004/9277 Family sledgingK004/9277 Family sledging on Kirkstone Pass in the Lake District, Cumbria, UK.https://www.sciencephoto.com/image/713002/350wm/K0049277-Family_sledging-SPL.jpghttps://www.sciencephoto.com/image/713002/preview/K0049277-Family_sledging-SPL.mp47.842016-01-26Yesbackdropchildcoldcumbriafamilyfunhillkirkstonekirkstone passlake districtmountainmountain passnational parkplayplayingski suitsledgesledgingsnowtoddlerukweatherwinterhttps://www.sciencephoto.com/media/713003/view/family-sledging2018-03-28T09:38:32Z0.9K004/9278 Family sledgingK004/9278 Family sledging on Kirkstone Pass in the Lake District, Cumbria, UK.https://www.sciencephoto.com/image/713003/350wm/K0049278-Family_sledging-SPL.jpghttps://www.sciencephoto.com/image/713003/preview/K0049278-Family_sledging-SPL.mp412.22016-01-26Yesbackdropchildcoldcumbriafamilyfunhillkirkstonekirkstone passlake districtmountainmountain passnational parkplayplayingski suitsledgesledgingsnowtoddlerukweatherwinterhttps://www.sciencephoto.com/media/713004/view/family-sledging2018-03-28T09:38:32Z0.9K004/9280 Family sledgingK004/9280 Family sledging on Kirkstone Pass in the Lake District, Cumbria, UK.https://www.sciencephoto.com/image/713004/350wm/K0049280-Family_sledging-SPL.jpghttps://www.sciencephoto.com/image/713004/preview/K0049280-Family_sledging-SPL.mp411.042016-01-26Yesbackdropchildcoldcumbriafamilyfunhillkirkstonekirkstone passlake districtmountainmountain passnational parkplayplayingski suitsledgesledgingsnowtoddlerukweatherwinterhttps://www.sciencephoto.com/media/713005/view/family-sledging2018-03-28T09:38:32Z0.9K004/9281 Family sledgingK004/9281 Family sledging on Kirkstone Pass in the Lake District, Cumbria, UK.https://www.sciencephoto.com/image/713005/350wm/K0049281-Family_sledging-SPL.jpghttps://www.sciencephoto.com/image/713005/preview/K0049281-Family_sledging-SPL.mp411.82016-01-26Yesbackdropchildcoldcumbriafamilyfunhillkirkstonekirkstone passlake districtmountainmountain passnational parkplayplayingski suitsledgesledgingsnowtoddlerukweatherwinterhttps://www.sciencephoto.com/media/713006/view/family-sledging2018-03-28T09:38:32Z0.9K004/9285 Family sledgingK004/9285 Family sledging on Kirkstone Pass in the Lake District, Cumbria, UK.https://www.sciencephoto.com/image/713006/350wm/K0049285-Family_sledging-SPL.jpghttps://www.sciencephoto.com/image/713006/preview/K0049285-Family_sledging-SPL.mp48.82016-01-26Yesbackdropchildcoldcumbriafamilyfunhillkirkstonekirkstone passlake districtmountainmountain passnational parkplayplayingski suitsledgesledgingsnowtoddlerukweatherwinterhttps://www.sciencephoto.com/media/713007/view/family-sledging2018-03-28T09:38:32Z0.9K004/9288 Family sledgingK004/9288 Family sledging on Kirkstone Pass in the Lake District, Cumbria, UK.https://www.sciencephoto.com/image/713007/350wm/K0049288-Family_sledging-SPL.jpghttps://www.sciencephoto.com/image/713007/preview/K0049288-Family_sledging-SPL.mp45.842016-01-26Yesbackdropchildcoldcumbriafamilyfunhillkirkstonekirkstone passlake districtmountainmountain passnational parkplayplayingski suitsledgesledgingsnowtoddlerukweatherwinterhttps://www.sciencephoto.com/media/713008/view/snow-plough2018-03-28T09:38:32Z0.9K004/9289 Snow ploughK004/9289 Snow plough on Kirkstone Pass in the Lake District, Cumbria, UK. Traffic passes on the recently-cleared road.https://www.sciencephoto.com/image/713008/350wm/K0049289-Snow_plough-SPL.jpghttps://www.sciencephoto.com/image/713008/preview/K0049289-Snow_plough-SPL.mp420.22016-01-26Yesbackdropcarclearingcoldcouncilcumbriadrivinghillkirkstonekirkstone passlake districtlangdalelorrymountainmountain passnational parkroadsnowsnow ploughtruckukweatherwinteryellowhttps://www.sciencephoto.com/media/713009/view/family-sledging2018-03-28T09:38:32Z0.9K004/9293 Family sledgingK004/9293 Family sledging on Kirkstone Pass in the Lake District, Cumbria, UK.https://www.sciencephoto.com/image/713009/350wm/K0049293-Family_sledging-SPL.jpghttps://www.sciencephoto.com/image/713009/preview/K0049293-Family_sledging-SPL.mp49.442016-01-26Yesbackdropchildcoldcumbriafamilyfunhillkirkstonekirkstone passlake districtmountainmountain passnational parkplayplayingski suitsledgesledgingsnowtoddlerukweatherwinterhttps://www.sciencephoto.com/media/713010/view/family-sledging2018-03-28T09:38:32Z0.9K004/9295 Family sledgingK004/9295 Family sledging on Kirkstone Pass in the Lake District, Cumbria, UK.https://www.sciencephoto.com/image/713010/350wm/K0049295-Family_sledging-SPL.jpghttps://www.sciencephoto.com/image/713010/preview/K0049295-Family_sledging-SPL.mp411.922016-01-26Yesbackdropchildcoldcumbriafamilyfunhillkirkstonekirkstone passlake districtmountainmountain passnational parkplayplayingsledgesledgingsnowukweatherwinterhttps://www.sciencephoto.com/media/713011/view/family-sledging2018-03-28T09:38:32Z0.9K004/9298 Family sledgingK004/9298 Family sledging on Kirkstone Pass in the Lake District, Cumbria, UK.https://www.sciencephoto.com/image/713011/350wm/K0049298-Family_sledging-SPL.jpghttps://www.sciencephoto.com/image/713011/preview/K0049298-Family_sledging-SPL.mp411.522016-01-26Yesbackdropchildcoldcumbriafamilyfunhillkirkstonekirkstone passlake districtmountainmountain passnational parkplayplayingski suitsledgesledgingsnowtoddlerukweatherwinterhttps://www.sciencephoto.com/media/713012/view/snow-plough2018-03-28T09:38:32Z0.9K004/9302 Snow ploughK004/9302 Snow plough on Kirkstone Pass in the Lake District, Cumbria, UK. Traffic passes on the recently-cleared road.https://www.sciencephoto.com/image/713012/350wm/K0049302-Snow_plough-SPL.jpghttps://www.sciencephoto.com/image/713012/preview/K0049302-Snow_plough-SPL.mp48.42016-01-26Yesbackdropcarclearingcoldcouncilcumbriadrivinghillkirkstonekirkstone passlake districtlangdalelorrymountainmountain passnational parkroadsnowsnow ploughtruckukweatherwinteryellowhttps://www.sciencephoto.com/media/713013/view/road-closed-sign2018-03-28T09:38:32Z0.9K004/9307 Road Closed signK004/9307 Road Closed sign on Kirkstone Pass in the Lake District, UK, after the road was blocked by snow and ice.https://www.sciencephoto.com/image/713013/350wm/K0049307-Road_Closed_sign-SPL.jpghttps://www.sciencephoto.com/image/713013/preview/K0049307-Road_Closed_sign-SPL.mp43.82016-01-26Yesbackdropcarcoldcumbriadrivinghillkirkstonekirkstone passlake districtlangdalemountainmountain passnational parkroadroad closedroad signsnowukweatherwinterhttps://www.sciencephoto.com/media/713014/view/wildflower-meadow2018-11-06T15:38:06Z0.9K004/9316 Wildflower meadowK004/9316 Bistort (Persicaria bistorta) flowers with yellow buttercups (Ranunculus sp.), in a traditional wildflower hay meadow in Windermere, Lake District, UK.https://www.sciencephoto.com/image/713014/350wm/K0049316-Wildflower_meadow-SPL.jpghttps://www.sciencephoto.com/image/713014/preview/K0049316-Wildflower_meadow-SPL.mp414.322016-01-26Yesbiodiversitybuttercupcolourfulcottagecropfarmfarm housefarmlandfieldflowergrasshillhouselake districtlangdale hay meadowmountainnational parkpeakpersicaria bistortapinksummerukwater bistortwild flowerwild flowershttps://www.sciencephoto.com/media/713015/view/bistort-flowers2018-03-28T09:38:32Z0.9K004/9317 Bistort flowersK004/9317 Bistort flowers (Persicaria bistorta) in a hay meadow in Windermere, Lake District, UK.https://www.sciencephoto.com/image/713015/350wm/K0049317-Bistort_flowers-SPL.jpghttps://www.sciencephoto.com/image/713015/preview/K0049317-Bistort_flowers-SPL.mp412.162016-01-26Yesbiodiversitybuttercupcolourfulcropfarmlandfieldflowergrasshilllake districtlangdale hay meadowmountainnational parkpeakpinksummerukwater bistortwild flowerwild flowershttps://www.sciencephoto.com/media/713016/view/wildflower-meadow2018-03-28T09:38:32Z0.9K004/9324 Wildflower meadowK004/9324 Bistort (Persicaria bistorta) flowers with yellow buttercups (Ranunculus sp.), in a traditional wildflower hay meadow in Windermere, Lake District, UK.https://www.sciencephoto.com/image/713016/350wm/K0049324-Wildflower_meadow-SPL.jpghttps://www.sciencephoto.com/image/713016/preview/K0049324-Wildflower_meadow-SPL.mp410.22016-01-26Yesbiodiversitybuttercupcolourfulcottagecropfarmfarm housefarmlandfieldflowergrasshillhouselake districtlangdale hay meadowmountainnational parkpeakpersicaria bistortapinksummerukwater bistortwild flowerwild flowershttps://www.sciencephoto.com/media/713017/view/wildflower-meadow2018-03-28T09:38:32Z0.9K004/9326 Wildflower meadowK004/9326 Traditional hay meadow at the head of the Langdale valley, Lake District, UK. This is one of the best wildflower hay meadows left in the country. Since the Second World War, the UK has lost over 95% of its traditional hay meadows, as farmers have converted to silage.https://www.sciencephoto.com/image/713017/350wm/K0049326-Wildflower_meadow-SPL.jpghttps://www.sciencephoto.com/image/713017/preview/K0049326-Wildflower_meadow-SPL.mp412.722016-01-26Yesbiodiversitybuttercupcliffcolourfulcragcrinkle cragscropfarmlandfieldflowergrasshay meadowhilllake districtlangdalelangdale valleymountainnational parkox eye daisypeakpinkragged robinsummerukwild flowerwild flowersyellow rattlehttps://www.sciencephoto.com/media/713018/view/whale-bones2018-03-28T09:38:32Z0.9K004/9330 Whale bonesK004/9330 Vertebrae from a whale on the beach of Curverville Island, near the Antarctic Peninsula. Icebergs and a small boat are seen in the sea.https://www.sciencephoto.com/image/713018/350wm/K0049330-Whale_bones-SPL.jpghttps://www.sciencephoto.com/image/713018/preview/K0049330-Whale_bones-SPL.mp414.642016-01-26Yesaccumulationantarcticantarctic peninsularantarctic tourismantarcticaarchaustralbaybirdblue iceboatbonecliffclimate changecrackcrevassecurverville islanderosionformgentoo penguinglacial retreatglacierglobal warminggraham landholeiceice sheetice shelficeberglandscapelayerlayeredhttps://www.sciencephoto.com/media/713019/view/abandoned-whaling-station2018-03-28T09:38:32Z0.9K004/9331 Abandoned whaling stationK004/9331 Rusting tanks at the abandoned whaling station at Grytviken on South Georgia, in the Southern Atlantic Ocean. In its 58 years of operation, it handled 53,761 slaughtered whales, producing 455,000 tons of whale oil and 192,000 tons of whale meat.https://www.sciencephoto.com/image/713019/350wm/K0049331-Abandoned_whaling_station-SPL.jpghttps://www.sciencephoto.com/image/713019/preview/K0049331-Abandoned_whaling_station-SPL.mp48.042016-01-26Yesabandonedantarcticartefactaustralbeachboatdiesel engineengineernest shackletongrytvikengrytviken whaling stationharbourheritagehistoryindustrial archaeologyisland britishpartspreservedremoteruggedrustrustingrustyscrapscrap metalshackletonshipsir ernest shackletonsouth atlanticsouth georgiasouthern oceansteelhttps://www.sciencephoto.com/media/713020/view/abandoned-whaling-station2018-03-28T09:38:32Z0.9K004/9332 Abandoned whaling stationK004/9332 Seals on the beach by Stromness Whaling Station, on South Georgia in the South Atlantic Ocean. This station was operational until 1961. This was the place that Sir Ernest Shackleton reached after his epic open-boat sea crossing and trek across South Georgia, after his ship Endurance was sunk by ice.https://www.sciencephoto.com/image/713020/350wm/K0049332-Abandoned_whaling_station-SPL.jpghttps://www.sciencephoto.com/image/713020/preview/K0049332-Abandoned_whaling_station-SPL.mp415.762016-01-26Yes1961abandonedantarcticantarctic fur sealarctocephalus gazellaartefactaustralbeachboaternest shackletonharbourheritagehistoryindustrial archaeologyisland britishpartspinnipedpreservedpropellerremoteruggedrustrustingrustyscrapscrap metalsealshackletonshipsire ernest shackletonsouth atlanticsouth georgiahttps://www.sciencephoto.com/media/713021/view/abandoned-whaling-station2018-03-28T09:38:32Z0.9K004/9333 Abandoned whaling stationK004/9333 Rusting tanks at the abandoned whaling station on Deception Island, in the South Atlantic Ocean.https://www.sciencephoto.com/image/713021/350wm/K0049333-Abandoned_whaling_station-SPL.jpghttps://www.sciencephoto.com/image/713021/preview/K0049333-Abandoned_whaling_station-SPL.mp411.162016-01-26Yesabandonedantarcticarchaeologyaustralbeachcalderaclimate changecoastdeceptiondeception islandexpansiongeothermalglobal warmingindustrial archaeologyinfrastructureisland britishlavamountainpeakremoterockrockyruggedrustrustingrustysouth atlanticsouth shetland islandssouthernsouthern oceanstoragesub antarctichttps://www.sciencephoto.com/media/713022/view/abandoned-whaling-station2018-03-28T09:38:32Z0.9K004/9334 Abandoned whaling stationK004/9334 Rusting tanks at the abandoned whaling station on Deception Island, in the South Atlantic Ocean.https://www.sciencephoto.com/image/713022/350wm/K0049334-Abandoned_whaling_station-SPL.jpghttps://www.sciencephoto.com/image/713022/preview/K0049334-Abandoned_whaling_station-SPL.mp411.082016-01-26Yesabandonedantarcticarchaeologyaustralbeachcalderaclimate changecoastdeceptiondeception islandexpansiongeothermalglobal warmingindustrial archaeologyinfrastructureisland britishlavamountainpeakremoterockrockyruggedrustrustingrustysouth atlanticsouth shetland islandssouthernsouthern oceanstoragesub antarctichttps://www.sciencephoto.com/media/713023/view/abandoned-whaling-station2018-03-28T09:38:32Z0.9K004/9335 Abandoned whaling stationK004/9335 Rusting equipment at the abandoned whaling station at Grytviken on South Georgia, in the Southern Atlantic Ocean. In its 58 years of operation, it handled 53,761 slaughtered whales, producing 455,000 tons of whale oil and 192,000 tons of whale meat.https://www.sciencephoto.com/image/713023/350wm/K0049335-Abandoned_whaling_station-SPL.jpghttps://www.sciencephoto.com/image/713023/preview/K0049335-Abandoned_whaling_station-SPL.mp418.562016-01-26Yesabandonedantarcticartefactaustralbeachboatdiesel engineengineernest shackletongrytvikengrytviken whaling stationharbourheritagehistoryindustrial archaeologyisland britishpartspreservedremoteruggedrustrustingrustyscrapscrap metalshackletonshipsir ernest shackletonsouth atlanticsouth georgiasouthern oceansteelhttps://www.sciencephoto.com/media/713024/view/wildflower-meadow2018-03-28T09:38:32Z0.9K004/9342 Wildflower meadowK004/9342 Flowers in a traditional hay meadow at the head of the Langdale valley, Lake District, UK. This is one of the best wildflower hay meadows left in the country. Since the Second World War, the UK has lost over 95% of its traditional hay meadows, as farmers have converted to silage.https://www.sciencephoto.com/image/713024/350wm/K0049342-Wildflower_meadow-SPL.jpghttps://www.sciencephoto.com/image/713024/preview/K0049342-Wildflower_meadow-SPL.mp413.522016-01-26Yesbiodiversitybuttercupcolourfulcropfarmlandfieldflowergrasshilllake districtlangdalelangdale hay meadowlangdale valleymountainnational parkox eye daisypeakpinkragged robinsummerukwild flowerwild flowersyellow rattlehttps://www.sciencephoto.com/media/713025/view/whale-skeleton2018-03-28T09:38:32Z0.9K004/9343 Whale skeletonK004/9343 Skeleton of a small beaked whale on Livingston Island, near the Antarctic Peninsula.https://www.sciencephoto.com/image/713025/350wm/K0049343-Whale_skeleton-SPL.jpghttps://www.sciencephoto.com/image/713025/preview/K0049343-Whale_skeleton-SPL.mp420.722016-01-26Yesantarcticantarctic peninsularantarcticaaustralback bonebeachbeaked whalebonecetaceancoastisland southernlivingston islandskeletonskullsouth atlanticsouthern oceanvertebraewashed upwhalewhaleshttps://www.sciencephoto.com/media/713026/view/wildflower-meadow2018-03-28T09:38:32Z0.9K004/9346 Wildflower meadowK004/9346 Flowers in a traditional hay meadow at the head of the Langdale valley, Lake District, UK. This is one of the best wildflower hay meadows left in the country. Since the Second World War, the UK has lost over 95% of its traditional hay meadows, as farmers have converted to silage.https://www.sciencephoto.com/image/713026/350wm/K0049346-Wildflower_meadow-SPL.jpghttps://www.sciencephoto.com/image/713026/preview/K0049346-Wildflower_meadow-SPL.mp416.482016-01-26Yesbiodiversitybuttercupcolourfulcropfarmlandfieldflowergrasshilllake districtlangdalelangdale hay meadowlangdale valleymountainnational parkox eye daisypeakpinkragged robinsummerukwild flowerwild flowersyellow rattlehttps://www.sciencephoto.com/media/713027/view/wind-farm2018-03-28T09:38:32Z0.9K004/9347 Wind farmK004/9347 Turbines at the Tehachapi Pass wind farm, California, at sunrise. This was the first large-scale wind farm area developed in the USA.https://www.sciencephoto.com/image/713027/350wm/K0049347-Wind_farm-SPL.jpghttps://www.sciencephoto.com/image/713027/preview/K0049347-Wind_farm-SPL.mp412.522016-01-26Yesamericacaliforniacarbon neutralclean energyclimate changeconstructioncranedawndesertelectricitygeneratingglobal warmingglowgreengreen energyinvestmentlightmojave desertmotionmovementrenewablerenewable energyrotatingsunsunrisetechnologytehachapi passtruckturningususawarmhttps://www.sciencephoto.com/media/713028/view/yosemite-national-park-road2018-03-28T09:38:32Z0.9K004/9351 Yosemite National Park roadK004/9351 Vehicle on the road from Lee Vining into Yosemite National Park, California, USA.https://www.sciencephoto.com/image/713028/350wm/K0049351-Yosemite_National_Park_road-SPL.jpghttps://www.sciencephoto.com/image/713028/preview/K0049351-Yosemite_National_Park_road-SPL.mp413.522016-01-26Yesamericaautumnbatholithcaliforniacardomeerosionfallforestgeologygraniteigneouslightmountainroadroad triprocksunlighttourist attractiontraveltreeususaweatheringyosemite national parkhttps://www.sciencephoto.com/media/713029/view/wind-farm2018-03-28T09:38:32Z0.9K004/9352 Wind farmK004/9352 Turbines at the Tehachapi Pass wind farm, California. This was the first large-scale wind farm area developed in the USA.https://www.sciencephoto.com/image/713029/350wm/K0049352-Wind_farm-SPL.jpghttps://www.sciencephoto.com/image/713029/preview/K0049352-Wind_farm-SPL.mp412.722016-01-26Yesamericacaliforniacarbon neutralclean energyclimate changeconstructioncranedesertelectricitygeneratingglobal warminggreengreen energyinvestmentmojave desertmotionmovementrenewablerenewable energyrotatingtechnologytehachapi passtruckturningususawind farmwind powerwind turbinehttps://www.sciencephoto.com/media/713030/view/wind-farm2018-03-28T09:38:32Z0.9K004/9370 Wind farmK004/9370 Turbines at the Tehachapi Pass wind farm, California, at sunrise. This was the first large-scale wind farm area developed in the USA.https://www.sciencephoto.com/image/713030/350wm/K0049370-Wind_farm-SPL.jpghttps://www.sciencephoto.com/image/713030/preview/K0049370-Wind_farm-SPL.mp413.42016-01-26Yesamericacaliforniacarbon neutralclean energyclimate changeconstructioncranedawndesertelectricitygeneratingglobal warmingglowgreengreen energyinvestmentlightmojave desertmotionmovementrenewablerenewable energyrotatingsunsunrisetechnologytehachapi passtruckturningususawarmhttps://www.sciencephoto.com/media/713031/view/wind-farm2018-03-28T09:38:32Z0.9K004/9371 Wind farmK004/9371 Turbines at the Tehachapi Pass wind farm, California. This was the first large-scale wind farm area developed in the USA.https://www.sciencephoto.com/image/713031/350wm/K0049371-Wind_farm-SPL.jpghttps://www.sciencephoto.com/image/713031/preview/K0049371-Wind_farm-SPL.mp411.682016-01-26Yesamericacaliforniacarbon neutralclean energyclimate changeconstructioncranedesertelectricitygeneratingglobal warminggreengreen energyinvestmentmojave desertmotionmovementrenewablerenewable energyrotatingtechnologytehachapi passtruckturningususawind farmwind powerwind turbinehttps://www.sciencephoto.com/media/713032/view/wind-farm2018-03-28T09:38:32Z0.9K004/9373 Wind farmK004/9373 Turbines at the Tehachapi Pass wind farm, California. This was the first large-scale wind farm area developed in the USA.https://www.sciencephoto.com/image/713032/350wm/K0049373-Wind_farm-SPL.jpghttps://www.sciencephoto.com/image/713032/preview/K0049373-Wind_farm-SPL.mp411.322016-01-26Yesamericacaliforniacarbon neutralclean energyclimate changeconstructioncranedesertelectricitygeneratingglobal warminggreengreen energyinvestmentmojave desertmotionmovementrenewablerenewable energyrotatingtechnologytehachapi passtruckturningususawind farmwind powerwind turbinehttps://www.sciencephoto.com/media/713033/view/wind-farm2018-03-28T09:38:32Z0.9K004/9379 Wind farmK004/9379 Turbines at the Tehachapi Pass wind farm, California. This was the first large-scale wind farm area developed in the USA.https://www.sciencephoto.com/image/713033/350wm/K0049379-Wind_farm-SPL.jpghttps://www.sciencephoto.com/image/713033/preview/K0049379-Wind_farm-SPL.mp411.642016-01-26Yesamericacaliforniacarbon neutralclean energyclimate changeconstructioncranedesertelectricitygeneratingglobal warminggreengreen energyinvestmentmojave desertmotionmovementrenewablerenewable energyrotatingtechnologytehachapi passtruckturningususawind farmwind powerwind turbinehttps://www.sciencephoto.com/media/713034/view/wind-farm2018-03-28T09:38:32Z0.9K004/9393 Wind farmK004/9393 Turbines at the Tehachapi Pass wind farm, California. This was the first large-scale wind farm area developed in the USA.https://www.sciencephoto.com/image/713034/350wm/K0049393-Wind_farm-SPL.jpghttps://www.sciencephoto.com/image/713034/preview/K0049393-Wind_farm-SPL.mp411.962016-01-26Yesamericacaliforniacarbon neutralclean energyclimate changeconstructioncranedesertelectricitygeneratingglobal warminggreengreen energyinvestmentmojave desertmotionmovementrenewablerenewable energyrotatingtechnologytehachapi passtruckturningususawind farmwind powerwind turbinehttps://www.sciencephoto.com/media/713035/view/wind-farm2018-03-28T09:38:32Z0.9K004/9399 Wind farmK004/9399 Turbines at the Tehachapi Pass wind farm, California, at sunrise. This was the first large-scale wind farm area developed in the USA.https://www.sciencephoto.com/image/713035/350wm/K0049399-Wind_farm-SPL.jpghttps://www.sciencephoto.com/image/713035/preview/K0049399-Wind_farm-SPL.mp411.282016-01-26Yesamericacaliforniacarbon neutralclean energyclimate changeconstructioncranedawndesertelectricitygeneratingglobal warmingglowgreengreen energyinvestmentlightmojave desertmotionmovementrenewablerenewable energyrotatingsunsunrisetechnologytehachapi passtruckturningususawarmhttps://www.sciencephoto.com/media/713036/view/abandoned-whaling-boat2018-03-28T09:38:32Z0.9K004/9402 Abandoned whaling boatK004/9402 Abandoned whaling boat, with a harpoon on its bow. Filmed at the old whaling station at Grytviken on South Georgia, in the Southern Atlantic Ocean. In its 58 years of operation, the station handled 53,761 slaughtered whales, producing 455,000 tons of whale oil and 192,000 tons of whale meat.https://www.sciencephoto.com/image/713036/350wm/K0049402-Abandoned_whaling_boat-SPL.jpghttps://www.sciencephoto.com/image/713036/preview/K0049402-Abandoned_whaling_boat-SPL.mp413.162016-01-26Yesabandonedantarcticartefactaustralbeachboaternest shackletongrytvikengrytviken whaling stationharbourharpoonheritagehistoryindustrial archaeologyisland britishpartspreservedremoteruggedrustrustingrustyscrapscrap metalshackletonshipsir ernest shackletonsouth atlanticsouth georgiasouthern oceansteelsub antarctichttps://www.sciencephoto.com/media/713037/view/domestic-wind-turbines2018-03-28T09:38:32Z0.9K004/9405 Domestic wind turbinesK004/9405 Domestic wind turbines. The turbines supply the Kirkstone Pass Inn on Kirkstone Pass in the Lake District, UK. Because of its remote location, this pub was not connected to the grid, and spent £25,000 a year on a diesel generator. The wind turbines vastly reduced the need for the generator and were the first wind turbines to get planning permission in the Lake District National Park.https://www.sciencephoto.com/image/713037/350wm/K0049405-Domestic_wind_turbines-SPL.jpghttps://www.sciencephoto.com/image/713037/preview/K0049405-Domestic_wind_turbines-SPL.mp412.52016-01-26Yesamblesidecoldconstructioncumbriaelectricityfreezinggreenground workshillkirkstone passkirkstone pass innlake districtlandscapemountainnational parkoff gridpeakplanning permissionrenewable energyroadsnowsnowyukwind farmwind turbinewinterhttps://www.sciencephoto.com/media/713038/view/abandoned-whaling-station2018-03-28T09:38:32Z0.9K004/9409 Abandoned whaling stationK004/9409 Old whaling station at Grytviken on South Georgia, in the Southern Atlantic Ocean. In its 58 years of operation, it handled 53,761 slaughtered whales, producing 455,000 tons of whale oil and 192,000 tons of whale meat.https://www.sciencephoto.com/image/713038/350wm/K0049409-Abandoned_whaling_station-SPL.jpghttps://www.sciencephoto.com/image/713038/preview/K0049409-Abandoned_whaling_station-SPL.mp412.22016-01-26Yesabandonedantarcticartefactaustralbeachboaternest shackletongrytvikengrytviken whaling stationharbourheritagehistoryhouseindustrial archaeologyisland britishmuseumpartspreservedremoteruggedrustrustingrustyscrapscrap metalshackletonshipsir ernest shackletonsouth atlanticsouth georgiasouthern oceansteelhttps://www.sciencephoto.com/media/713039/view/whale-bones2018-03-28T09:38:32Z0.9K004/9412 Whale bonesK004/9412 Vertebrae from a whale on the beach of Curverville Island, near the Antarctic Peninsula. Icebergs and a small boat are seen in the sea.https://www.sciencephoto.com/image/713039/350wm/K0049412-Whale_bones-SPL.jpghttps://www.sciencephoto.com/image/713039/preview/K0049412-Whale_bones-SPL.mp417.62016-01-26Yesaccumulationantarcticantarctic peninsularantarctic tourismantarcticaarchaustralbaybirdblue iceboatbonecliffclimate changecrackcrevassecurverville islanderosionformgentoo penguinglacial retreatglacierglobal warminggraham landholeiceice sheetice shelficeberglandscapelayerlayeredhttps://www.sciencephoto.com/media/713040/view/bear-sign-yosemite2018-03-28T09:38:32Z0.9K004/9417 Bear sign, YosemiteK004/9417 Speeding kills bears sign by the road in Yosemite National Park, California, USA. Each one of these signs marks a spot where a bear has been killed by traffic.https://www.sciencephoto.com/image/713040/350wm/K0049417-Bear_sign,_Yosemite-SPL.jpghttps://www.sciencephoto.com/image/713040/preview/K0049417-Bear_sign,_Yosemite-SPL.mp410.92016-01-26Yesamericaback countrybearbear deathsblack bearcaliforniacarcasualtycolourfulescapeforestgrizzly bearkillkilledkillinglandscapelightmountainnatureredroadrun downspeedspeedingsunlighttourist attractiontreeususawarningwildlifewildlife deathshttps://www.sciencephoto.com/media/714276/view/beating-heart-left-view2018-03-28T09:38:32Z0.9K005/3484 Beating heart, left viewK005/3484 Animation of a beating heart, seen from the left. This clip is loopable. This clip is available on a transparent background, see clip K005 5220.https://www.sciencephoto.com/image/714276/350wm/K0053484-Beating_heart,_left_view-SPL.jpghttps://www.sciencephoto.com/image/714276/preview/K0053484-Beating_heart,_left_view-SPL.mp4102016-01-28Yesanatomicalanatomyanimatedanimationaortaarteriesarterybeatbeatingbiologicalbiologyblack backgroundblood vesselscardiaccirculationcirculatory systemhealthcarehealthyheartheartbeatleftleft viewlooploopingmodelmusclenormalorganphysiologypulmonaryveinveinshttps://www.sciencephoto.com/media/714277/view/muga-scan-of-beating-heart2018-11-06T15:31:12Z0.9K005/3503 MUGA scan of beating heartK005/3503 MUGA scan of a beating heart. MUGA (multi gated acquisition scan) is a technique that allows a detailed analysis of the function of the ventricles of the heart, usually the left ventricular ejection fraction (LVEF). The technique uses the radioactive isotope technetium-99m, which is injected into the bloodstream. The patient is then viewed by a gamma camera, which detects the gamma radiation given off by the tracer. This allows the blood flow through the heart to be seen at every stage of the cardiac cycle, which allows diagnosis of various types of heart and coronary artery disease.
Nuclear imaging of the heart displayed on monitor. Ejection fraction test measures how much blood the left ventricle pumps out with each beat.https://www.sciencephoto.com/image/714277/350wm/K0053503-MUGA_scan_of_beating_heart-SPL.jpghttps://www.sciencephoto.com/image/714277/preview/K0053503-MUGA_scan_of_beating_heart-SPL.mp45.012016-01-28Yesangiogramangiographybeatbeatingbloodblood flowcardiacconditioncoronarycyclediagnosisdiagnosticdiseasedisorderejectionfailureflowfractionfunctiongamma cameraheartheartbeathospitalimagingleftlvefmedicalmedicinemugamulti gated acquisition scannuclearnuclear medicinehttps://www.sciencephoto.com/media/714278/view/ecg-waveform-and-beating-heart2018-11-06T15:36:18Z0.9K005/3530 ECG waveform and beating heartK005/3530 Animation showing a healthy ECG waveform, pulling back to show a beating heart. ECG (electrocardiography) is a diagnostic procedure that measures the electrical activity of the heart during its beating cycle. Electrodes attached to the chest pick up the activity, and display it as a waveform, showing voltage versus time. The heartbeat is controlled by regular electrical signals produced by specific parts of the heart, which control its muscles in a wave. Analysis of the ECG can reveal many common heart disorders.https://www.sciencephoto.com/image/714278/350wm/K0053530-ECG_waveform_and_beating_heart-SPL.jpghttps://www.sciencephoto.com/image/714278/preview/K0053530-ECG_waveform_and_beating_heart-SPL.mp417.162016-01-28Yesactivityanatomicalanatomyanimatedanimationarteriesarterybeatingbiologicalbiologycardiaccirculatory systemcoronarydiagnosisdiagnosticecgekgelectricelectrocardiogramelectrocardiographyhealthyheartheartbeathuman bodymedicalmedicinemodelmusclemusclesnormalphysiologicalphysiologyhttps://www.sciencephoto.com/media/714279/view/beating-heart-mri-scan2018-03-28T09:38:32Z0.9K005/3533 Beating heart, MRI scanK005/3533 Magnetic resonance imaging (MRI) scan of a beating heart. The heart is seen in front (coronal) view. This clip is loopable.https://www.sciencephoto.com/image/714279/350wm/K0053533-Beating_heart,_MRI_scan-SPL.jpghttps://www.sciencephoto.com/image/714279/preview/K0053533-Beating_heart,_MRI_scan-SPL.mp47.152016-01-28Yesanatomicalanatomyanteriorarteriesarterybeatbeatingblack and whiteblood vesselsbodychestcirculatory systemcoronaldiagnosticfronthealthcareheartheartbeathumanimagingimaging techniqueinsideinteriorinternallooploopablelunglungsmagneticmedicalmedicinemonochromehttps://www.sciencephoto.com/media/714280/view/larynx-surgery2018-03-28T09:38:32Z0.9K005/5019 Larynx surgeryK005/5019 Close-up of a surgical tool being used during an operation on a patient's larynx. A laryngoscope has been placed in the patient's mouth to allow access to the larynx (voice box).https://www.sciencephoto.com/image/714280/350wm/K0055019-Larynx_surgery-SPL.jpghttps://www.sciencephoto.com/image/714280/preview/K0055019-Larynx_surgery-SPL.mp45.052016-01-28Yescleanclose-updetailequipmentfaceglovedhandhandshospitallaryngoscopelaryngoscopylarynxmedicalmedicinemouthoperatingoperationpatientprocedureprotective clothingsterilesurgeonsurgerysurgicaltheatertheatrethroatvoice boxhttps://www.sciencephoto.com/media/714281/view/nurse-with-a-baby-in-intensive-care2018-03-28T09:38:32Z0.9K005/5023 Nurse with a baby in intensive careK005/5023 Nurse with a baby in an incubator in intensive care.https://www.sciencephoto.com/image/714281/350wm/K0055023-Nurse_with_a_baby_in_intensive_care-SPL.jpghttps://www.sciencephoto.com/image/714281/preview/K0055023-Nurse_with_a_baby_in_intensive_care-SPL.mp420.192016-01-28Yesbabycleanhealthcarehospitalicnincubatorinfantintensive careisolettemedicalmedicineneonatalneonatenewbornnicunurseprematurepretermscbuspecial care baby unitsterilehttps://www.sciencephoto.com/media/714282/view/monitoring-patient-vital-signs2018-03-28T09:38:32Z0.9K005/5051 Monitoring patient vital signsK005/5051 Theatre staff setting up a vital signs monitor the vital signs of a patient during an operation. These readings provide a crucial insight into the health of the patient during anaesthesia.https://www.sciencephoto.com/image/714282/350wm/K0055051-Monitoring_patient_vital_signs-SPL.jpghttps://www.sciencephoto.com/image/714282/preview/K0055051-Monitoring_patient_vital_signs-SPL.mp411.032016-01-28Yesanaesthesiaanaesthetistanesthesiaanesthetistcomputerdatadiagnosisdiagnosticdisplayheartbeatlife signsmedicalmedicinemonitoringnurseoperationpatientpreparationpreparingreadoutscreenset-upsetting upsignstafftracetracesvduvital signshttps://www.sciencephoto.com/media/714283/view/larynx-surgery2018-03-28T09:38:32Z0.9K005/5052 Larynx surgeryK005/5052 Surgeon using a laryngoscope to view a patient's larynx (voice box) during an operation.https://www.sciencephoto.com/image/714283/350wm/K0055052-Larynx_surgery-SPL.jpghttps://www.sciencephoto.com/image/714283/preview/K0055052-Larynx_surgery-SPL.mp45.162016-01-28Yescleancordsdoctorequipmenthospitallaryngoscopelaryngoscopylarynxmedicalmedicinenurseoperating theatreoperationpatientpreparationpreparingprocedurestaffsterilesurgeonsurgicaltechniciantheaterthroatvocal cordvocal cordsvoice boxvoiceboxhttps://www.sciencephoto.com/media/714284/view/nurses-prepare-operating-theatre-for-surgery2018-03-28T09:38:32Z0.9K005/5056 Nurses prepare operating theatre for surgeryK005/5056 Medical staff preparing an operating theatre for a surgical procedure.https://www.sciencephoto.com/image/714284/350wm/K0055056-Nurses_prepare_operating_theatre_for_surgery-SPL.jpghttps://www.sciencephoto.com/image/714284/preview/K0055056-Nurses_prepare_operating_theatre_for_surgery-SPL.mp410.022016-01-28Yesbedcleanhospitallightlightsmedicalmedicinenursenursesoperatingoperationpeoplepersonpreparationpreparingprotective clothingroomstaffsteriletabletechniciantechnicianstheatertheatrehttps://www.sciencephoto.com/media/714285/view/larynx-surgery-on-a-monitor2018-03-28T09:38:32Z0.9K005/5063 Larynx surgery on a monitorK005/5063 Monitor showing the view from an endoscope during an operation on a patient's larynx (voice box).https://www.sciencephoto.com/image/714285/350wm/K0055063-Larynx_surgery_on_a_monitor-SPL.jpghttps://www.sciencephoto.com/image/714285/preview/K0055063-Larynx_surgery_on_a_monitor-SPL.mp414.132016-01-28Nocleandisplayendoscopeendoscopyhealthcarehospitalhuman bodyinsideinteriorinternallaryngoscopelaryngoscopymedicalmedicinemonitoroperatingoperationpatientprocedureprotective clothingscreensterilesurgerysurgicaltheatertheatrevduviewhttps://www.sciencephoto.com/media/714286/view/larynx-surgery2018-03-28T09:38:32Z0.9K005/5072 Larynx surgeryK005/5072 Surgeon preparing equipment for an operation on a patient's larynx (voice box).https://www.sciencephoto.com/image/714286/350wm/K0055072-Larynx_surgery-SPL.jpghttps://www.sciencephoto.com/image/714286/preview/K0055072-Larynx_surgery-SPL.mp47.112016-01-28Yesanaesthetisedanesthetizedcleandoctorhealthcarehospitalmedicalmedicineoperatingoperationpreparationpreparingstaffsterilesurgeonsurgerysurgicalteamtechniciantheatertheatrehttps://www.sciencephoto.com/media/714287/view/vital-signs-monitor2018-03-28T09:38:32Z0.9K005/5073 Vital signs monitorK005/5073 Vital signs monitor during an operation.https://www.sciencephoto.com/image/714287/350wm/K0055073-Vital_signs_monitor-SPL.jpghttps://www.sciencephoto.com/image/714287/preview/K0055073-Vital_signs_monitor-SPL.mp416.12016-01-28Yesanaesthetisedanesthetizeddatadisplayhealthhealthcarehospitallifemedicalmedicineoperatingoperationpatientreadoutscreensigntheatertheatretracevduvital signshttps://www.sciencephoto.com/media/714288/view/operating-theatre-light-turning-on-and-off2018-11-06T15:35:00Z0.9K005/5087 Operating theatre light turning on and offK005/5087 Operating theatre lights turning on and off.https://www.sciencephoto.com/image/714288/350wm/K0055087-Operating_theatre_light_turning_on_and_off-SPL.jpghttps://www.sciencephoto.com/image/714288/preview/K0055087-Operating_theatre_light_turning_on_and_off-SPL.mp47.142016-01-28Yesbrightendhospitallightlightsmedicalmedicineoperating theatreoperationpatient's eye viewpreparationpreparingscenestartsurgerysurgicaltheaterturning offturning onhttps://www.sciencephoto.com/media/714289/view/operating-theatre-lights2018-03-28T09:38:32Z0.9K005/5090 Operating theatre lightsK005/5090 Empty operating theatre between operations, with the surgical lights turning off and then on again.https://www.sciencephoto.com/image/714289/350wm/K0055090-Operating_theatre_lights-SPL.jpghttps://www.sciencephoto.com/image/714289/preview/K0055090-Operating_theatre_lights-SPL.mp416.222016-01-28Yesbedbrightdarkhospitalinsidelightlightsmedicalmedicineoperating theatrepreparationpreparingroomsurgerysurgicaltheaterturning offturning onhttps://www.sciencephoto.com/media/714290/view/checking-patient-information2018-03-28T09:38:32Z0.9K005/5121 Checking patient informationK005/5121 Nurse checking patient information in an operating theatre before surgery.https://www.sciencephoto.com/image/714290/350wm/K0055121-Checking_patient_information-SPL.jpghttps://www.sciencephoto.com/image/714290/preview/K0055121-Checking_patient_information-SPL.mp47.012016-01-28Yesclipboardhandhandshospitalmedicalmedicinenotenotesnurseoperatingoperationpaperpreparationpreparingrecordrecordsstafftheatertheatrehttps://www.sciencephoto.com/media/714291/view/beating-heart-left-view2018-03-28T09:38:32Z0.9K005/5220 Beating heart, left viewK005/5220 Animation of a beating heart, seen from the left. This clip is loopable. This clip has a transparent alpha channel. It is also available on a black background, see clip K005 3484.https://www.sciencephoto.com/image/714291/350wm/K0055220-Beating_heart,_left_view-SPL.jpghttps://www.sciencephoto.com/image/714291/preview/K0055220-Beating_heart,_left_view-SPL.mp4102016-01-28Yesalphaalpha channelanatomicalanatomyanimatedanimationaortaarteriesarterybeatbeatingbiologicalbiologyblood vesselscardiaccirculationcirculatory systemcompingcompositinghealthcarehealthyheartheartbeatleftleft viewlooploopingmodelmusclenormalorganphysiologyhttps://www.sciencephoto.com/media/714292/view/fibroblasts-stimulated-with-glutamate2018-01-15T18:01:57Z0.9K005/3500 Fibroblasts stimulated with glutamateK005/3500 Fluorescent light microscopy of fibroblast cells being stimulated with glutamate. The glutamate causes fluctuations in the levels of calcium ions in the cells, which is visible as a wave of colour across the cells. These cells have been tagged with a fluorescent marker that activates in the presence of calcium ion flow. Glutamate is an important signalling molecule in the body, playing an excitatory role.https://www.sciencephoto.com/image/714292/350wm/K0053500-Fibroblasts_stimulated_with_glutamate-SPL.jpghttps://www.sciencephoto.com/image/714292/preview/K0053500-Fibroblasts_stimulated_with_glutamate-SPL.mp47.222016-01-28Yesbiologicalbiologycalciumcellcellscolorfulcolourfulcultureculturedexcitatoryfibroblastfibroblastsflowfluorescencefluorescentfluxglutamatehistologyionionslight micrographlmneurotransmitternormaloscillationoscillationsphysiologicalphysiologysignalsignalingsignallingspark